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| %%% contexte clinique%%% | 1 | 1 | %%% contexte clinique%%% | |
| @article{dewan2018estimating, | 2 | 2 | @article{dewan2018estimating, | |
| title={Estimating the global incidence of traumatic brain injury}, | 3 | 3 | title={Estimating the global incidence of traumatic brain injury}, | |
| author={Dewan, Michael C and Rattani, Abbas and Gupta, Saksham and Baticulon, Ronnie E and Hung, Ya-Ching and Punchak, Maria and Agrawal, Amit and Adeleye, Amos O and Shrime, Mark G and Rubiano, Andr{\'e}s M and others}, | 4 | 4 | author={Dewan, Michael C and Rattani, Abbas and Gupta, Saksham and Baticulon, Ronnie E and Hung, Ya-Ching and Punchak, Maria and Agrawal, Amit and Adeleye, Amos O and Shrime, Mark G and Rubiano, Andr{\'e}s M and others}, | |
| journal={Journal of neurosurgery}, | 5 | 5 | journal={Journal of neurosurgery}, | |
| volume={130}, | 6 | 6 | volume={130}, | |
| number={4}, | 7 | 7 | number={4}, | |
| pages={1080--1097}, | 8 | 8 | pages={1080--1097}, | |
| year={2018}, | 9 | 9 | year={2018}, | |
| publisher={American Association of Neurological Surgeons} | 10 | 10 | publisher={American Association of Neurological Surgeons} | |
| } | 11 | 11 | } | |
| 12 | 12 | |||
| @article{ahmed2024epidemiology, | 13 | 13 | @article{ahmed2024epidemiology, | |
| title={Epidemiology, pathophysiology, and treatment strategies of concussions: a comprehensive review}, | 14 | 14 | title={Epidemiology, pathophysiology, and treatment strategies of concussions: a comprehensive review}, | |
| author={Ahmed, Zubair and Chaudhary, Fihr and Fraix, Marcel P and Agrawal, Devendra K}, | 15 | 15 | author={Ahmed, Zubair and Chaudhary, Fihr and Fraix, Marcel P and Agrawal, Devendra K}, | |
| journal={Fortune journal of health sciences}, | 16 | 16 | journal={Fortune journal of health sciences}, | |
| volume={7}, | 17 | 17 | volume={7}, | |
| number={2}, | 18 | 18 | number={2}, | |
| pages={197}, | 19 | 19 | pages={197}, | |
| year={2024}, | 20 | 20 | year={2024}, | |
| publisher={NIH Public Access} | 21 | 21 | publisher={NIH Public Access} | |
| } | 22 | 22 | } | |
| 23 | 23 | |||
| @article{silverberg2020management, | 24 | 24 | @article{silverberg2020management, | |
| title={Management of concussion and mild traumatic brain injury: a synthesis of practice guidelines}, | 25 | 25 | title={Management of concussion and mild traumatic brain injury: a synthesis of practice guidelines}, | |
| author={Silverberg, Noah D and Iaccarino, Mary Alexis and Panenka, William J and Iverson, Grant L and McCulloch, Karen L and Dams-O’Connor, Kristen and Reed, Nick and McCrea, Michael and Cogan, Alison M and Graf, Min Jeong Park and others}, | 26 | 26 | author={Silverberg, Noah D and Iaccarino, Mary Alexis and Panenka, William J and Iverson, Grant L and McCulloch, Karen L and Dams-O’Connor, Kristen and Reed, Nick and McCrea, Michael and Cogan, Alison M and Graf, Min Jeong Park and others}, | |
| journal={Archives of Physical Medicine and Rehabilitation}, | 27 | 27 | journal={Archives of Physical Medicine and Rehabilitation}, | |
| volume={101}, | 28 | 28 | volume={101}, | |
| number={2}, | 29 | 29 | number={2}, | |
| pages={382--393}, | 30 | 30 | pages={382--393}, | |
| year={2020}, | 31 | 31 | year={2020}, | |
| publisher={Elsevier} | 32 | 32 | publisher={Elsevier} | |
| } | 33 | 33 | } | |
| 34 | 34 | |||
| @article{karthigeyan2021head, | 35 | 35 | @article{karthigeyan2021head, | |
| title={Head injury care in a low-and middle-income country tertiary trauma center: epidemiology, systemic lacunae, and possible leads}, | 36 | 36 | title={Head injury care in a low-and middle-income country tertiary trauma center: epidemiology, systemic lacunae, and possible leads}, | |
| author={Karthigeyan, Madhivanan and Gupta, Sunil Kumar and Salunke, Pravin and Dhandapani, Sivashanmugam and Wankhede, Lomesh Shankarrao and Kumar, Anurodh and Singh, Apinderpreet and Sahoo, Sushanta Kumar and Tripathi, Manjul and Gendle, Chandrashekhar and others}, | 37 | 37 | author={Karthigeyan, Madhivanan and Gupta, Sunil Kumar and Salunke, Pravin and Dhandapani, Sivashanmugam and Wankhede, Lomesh Shankarrao and Kumar, Anurodh and Singh, Apinderpreet and Sahoo, Sushanta Kumar and Tripathi, Manjul and Gendle, Chandrashekhar and others}, | |
| journal={Acta neurochirurgica}, | 38 | 38 | journal={Acta neurochirurgica}, | |
| volume={163}, | 39 | 39 | volume={163}, | |
| number={10}, | 40 | 40 | number={10}, | |
| pages={2919--2930}, | 41 | 41 | pages={2919--2930}, | |
| year={2021}, | 42 | 42 | year={2021}, | |
| publisher={Springer} | 43 | 43 | publisher={Springer} | |
| } | 44 | 44 | } | |
| 45 | 45 | |||
| 46 | 46 | |||
| %%% HSA%%% | 47 | 47 | %%% HSA%%% | |
| 48 | 48 | |||
| 49 | 49 | |||
| @article{d205aneurysmal, | 50 | 50 | @article{d205aneurysmal, | |
| title={Aneurysmal subarachnoid hemorrhage}, | 51 | 51 | title={Aneurysmal subarachnoid hemorrhage}, | |
| author={D’Souza, Stanlies}, | 52 | 52 | author={D’Souza, Stanlies}, | |
| journal={Journal of neurosurgical anesthesiology}, | 53 | 53 | journal={Journal of neurosurgical anesthesiology}, | |
| volume={27}, | 54 | 54 | volume={27}, | |
| number={3}, | 55 | 55 | number={3}, | |
| pages={222--240}, | 56 | 56 | pages={222--240}, | |
| year={2015}, | 57 | 57 | year={2015}, | |
| publisher={LWW} | 58 | 58 | publisher={LWW} | |
| } | 59 | 59 | } | |
| 60 | 60 | |||
| 61 | 61 | |||
| @article{cucciolini2023intracranial, | 62 | 62 | @article{cucciolini2023intracranial, | |
| title={Intracranial pressure for clinicians: It is not just a number}, | 63 | 63 | title={Intracranial pressure for clinicians: It is not just a number}, | |
| author={Cucciolini, Giada and Motroni, Virginia and Czosnyka, Marek}, | 64 | 64 | author={Cucciolini, Giada and Motroni, Virginia and Czosnyka, Marek}, | |
| journal={Journal of Anesthesia, Analgesia and Critical Care}, | 65 | 65 | journal={Journal of Anesthesia, Analgesia and Critical Care}, | |
| volume={3}, | 66 | 66 | volume={3}, | |
| number={1}, | 67 | 67 | number={1}, | |
| pages={31}, | 68 | 68 | pages={31}, | |
| year={2023}, | 69 | 69 | year={2023}, | |
| publisher={Springer} | 70 | 70 | publisher={Springer} | |
| } | 71 | 71 | } | |
| 72 | 72 | |||
| @inproceedings{feng2011artifact, | 73 | 73 | @inproceedings{feng2011artifact, | |
| title={Artifact removal for intracranial pressure monitoring signals: a robust solution with signal decomposition}, | 74 | 74 | title={Artifact removal for intracranial pressure monitoring signals: a robust solution with signal decomposition}, | |
| author={Feng, Mengling and Loy, Liang Yu and Zhang, Feng and Guan, Cuntai}, | 75 | 75 | author={Feng, Mengling and Loy, Liang Yu and Zhang, Feng and Guan, Cuntai}, | |
| booktitle={2011 Annual International Conference of the IEEE Engineering in Medicine and Biology Society}, | 76 | 76 | booktitle={2011 Annual International Conference of the IEEE Engineering in Medicine and Biology Society}, | |
| pages={797--801}, | 77 | 77 | pages={797--801}, | |
| year={2011}, | 78 | 78 | year={2011}, | |
| organization={IEEE} | 79 | 79 | organization={IEEE} | |
| } | 80 | 80 | } | |
| 81 | 81 | |||
| @article{megjhani2023automatic, | 82 | 82 | @article{megjhani2023automatic, | |
| title={Automatic identification of intracranial pressure waveform during external ventricular drainage clamping: Segmentation via wavelet analysis}, | 83 | 83 | title={Automatic identification of intracranial pressure waveform during external ventricular drainage clamping: Segmentation via wavelet analysis}, | |
| author={Megjhani, Murad and Terilli, Kalijah and Kwon, Soon Bin and Nametz, Daniel and Weinerman, Bennett and Velazquez, Angela and Ghoshal, Shivani and Roh, David and Agarwal, Sachin and Connolly, E Sander and others}, | 84 | 84 | author={Megjhani, Murad and Terilli, Kalijah and Kwon, Soon Bin and Nametz, Daniel and Weinerman, Bennett and Velazquez, Angela and Ghoshal, Shivani and Roh, David and Agarwal, Sachin and Connolly, E Sander and others}, | |
| journal={Physiological measurement}, | 85 | 85 | journal={Physiological measurement}, | |
| volume={44}, | 86 | 86 | volume={44}, | |
| number={6}, | 87 | 87 | number={6}, | |
| pages={064002}, | 88 | 88 | pages={064002}, | |
| year={2023}, | 89 | 89 | year={2023}, | |
| publisher={IOP Publishing} | 90 | 90 | publisher={IOP Publishing} | |
| } | 91 | 91 | } | |
| 92 | 92 | |||
| %%% contexte clinique%%% | 93 | 93 | %%% contexte clinique%%% | |
| 94 | 94 | |||
| @article{tenovuo2021assessing, | 95 | 95 | @article{tenovuo2021assessing, | |
| title={Assessing the severity of traumatic brain injury—time for a change?}, | 96 | 96 | title={Assessing the severity of traumatic brain injury—time for a change?}, | |
| author={Tenovuo, Olli and Diaz-Arrastia, Ramon and Goldstein, Lee E and Sharp, David J and Van Der Naalt, Joukje and Zasler, Nathan D}, | 97 | 97 | author={Tenovuo, Olli and Diaz-Arrastia, Ramon and Goldstein, Lee E and Sharp, David J and Van Der Naalt, Joukje and Zasler, Nathan D}, | |
| journal={Journal of clinical medicine}, | 98 | 98 | journal={Journal of clinical medicine}, | |
| volume={10}, | 99 | 99 | volume={10}, | |
| number={1}, | 100 | 100 | number={1}, | |
| pages={148}, | 101 | 101 | pages={148}, | |
| year={2021}, | 102 | 102 | year={2021}, | |
| publisher={MDPI} | 103 | 103 | publisher={MDPI} | |
| } | 104 | 104 | } | |
| 105 | 105 | |||
| %%% HSA%%% | 106 | 106 | %%% HSA%%% | |
| 107 | 107 | |||
| @article{ragaglini2024epidemiology, | 108 | 108 | @article{ragaglini2024epidemiology, | |
| title={Epidemiology and treatment of atraumatic subarachnoid hemorrhage over 10 years in a population-based registry}, | 109 | 109 | title={Epidemiology and treatment of atraumatic subarachnoid hemorrhage over 10 years in a population-based registry}, | |
| author={Ragaglini, Chiara and Foschi, Matteo and De Santis, Federico and Molliconi, Anna Laura and Conversi, Francesco and Colangeli, Enrico and Ornello, Raffaele and Sacco, Simona}, | 110 | 110 | author={Ragaglini, Chiara and Foschi, Matteo and De Santis, Federico and Molliconi, Anna Laura and Conversi, Francesco and Colangeli, Enrico and Ornello, Raffaele and Sacco, Simona}, | |
| journal={European Stroke Journal}, | 111 | 111 | journal={European Stroke Journal}, | |
| volume={9}, | 112 | 112 | volume={9}, | |
| number={1}, | 113 | 113 | number={1}, | |
| pages={200--208}, | 114 | 114 | pages={200--208}, | |
| year={2024}, | 115 | 115 | year={2024}, | |
| publisher={SAGE Publications Sage UK: London, England} | 116 | 116 | publisher={SAGE Publications Sage UK: London, England} | |
| } | 117 | 117 | } | |
| 118 | 118 | |||
| @article{lv2024epidemiological, | 119 | 119 | @article{lv2024epidemiological, | |
| title={Epidemiological trends of subarachnoid hemorrhage at global, regional, and national level: a trend analysis study from 1990 to 2021}, | 120 | 120 | title={Epidemiological trends of subarachnoid hemorrhage at global, regional, and national level: a trend analysis study from 1990 to 2021}, | |
| author={Lv, Bin and Lan, Jin-Xin and Si, Yan-Fang and Ren, Yi-Fan and Li, Ming-Yu and Guo, Fang-Fang and Tang, Ge and Bian, Yang and Wang, Xiao-Hui and Zhang, Rong-Ju and others}, | 121 | 121 | author={Lv, Bin and Lan, Jin-Xin and Si, Yan-Fang and Ren, Yi-Fan and Li, Ming-Yu and Guo, Fang-Fang and Tang, Ge and Bian, Yang and Wang, Xiao-Hui and Zhang, Rong-Ju and others}, | |
| journal={Military Medical Research}, | 122 | 122 | journal={Military Medical Research}, | |
| volume={11}, | 123 | 123 | volume={11}, | |
| number={1}, | 124 | 124 | number={1}, | |
| pages={46}, | 125 | 125 | pages={46}, | |
| year={2024}, | 126 | 126 | year={2024}, | |
| publisher={Springer} | 127 | 127 | publisher={Springer} | |
| } | 128 | 128 | } | |
| 129 | 129 | |||
| @article{sanicola2023pathophysiology, | 130 | 130 | @article{sanicola2023pathophysiology, | |
| title={Pathophysiology, management, and therapeutics in subarachnoid hemorrhage and delayed cerebral ischemia: an overview}, | 131 | 131 | title={Pathophysiology, management, and therapeutics in subarachnoid hemorrhage and delayed cerebral ischemia: an overview}, | |
| author={Sanicola, Henry W and Stewart, Caleb E and Luther, Patrick and Yabut, Kevin and Guthikonda, Bharat and Jordan, J Dedrick and Alexander, J Steven}, | 132 | 132 | author={Sanicola, Henry W and Stewart, Caleb E and Luther, Patrick and Yabut, Kevin and Guthikonda, Bharat and Jordan, J Dedrick and Alexander, J Steven}, | |
| journal={Pathophysiology}, | 133 | 133 | journal={Pathophysiology}, | |
| volume={30}, | 134 | 134 | volume={30}, | |
| number={3}, | 135 | 135 | number={3}, | |
| pages={420--442}, | 136 | 136 | pages={420--442}, | |
| year={2023}, | 137 | 137 | year={2023}, | |
| publisher={MDPI} | 138 | 138 | publisher={MDPI} | |
| } | 139 | 139 | } | |
| 140 | 140 | |||
| @article{d2015aneurysmal, | 141 | 141 | @article{d2015aneurysmal, | |
| title={Aneurysmal subarachnoid hemorrhage}, | 142 | 142 | title={Aneurysmal subarachnoid hemorrhage}, | |
| author={D’Souza, Stanlies}, | 143 | 143 | author={D’Souza, Stanlies}, | |
| journal={Journal of neurosurgical anesthesiology}, | 144 | 144 | journal={Journal of neurosurgical anesthesiology}, | |
| volume={27}, | 145 | 145 | volume={27}, | |
| number={3}, | 146 | 146 | number={3}, | |
| pages={222--240}, | 147 | 147 | pages={222--240}, | |
| year={2015}, | 148 | 148 | year={2015}, | |
| publisher={LWW} | 149 | 149 | publisher={LWW} | |
| } | 150 | 150 | } | |
| 151 | 151 | |||
| @article{shim2023intracranial, | 152 | 152 | @article{shim2023intracranial, | |
| title={Intracranial pressure monitoring for acute brain injured patients: when, how, what should we monitor}, | 153 | 153 | title={Intracranial pressure monitoring for acute brain injured patients: when, how, what should we monitor}, | |
| author={Shim, Youngbo and Kim, Jungook and Kim, Hye Seon and Oh, Jiwoong and Lee, Seungioo and Ha, Eun Jin}, | 154 | 154 | author={Shim, Youngbo and Kim, Jungook and Kim, Hye Seon and Oh, Jiwoong and Lee, Seungioo and Ha, Eun Jin}, | |
| journal={Korean journal of neurotrauma}, | 155 | 155 | journal={Korean journal of neurotrauma}, | |
| volume={19}, | 156 | 156 | volume={19}, | |
| number={2}, | 157 | 157 | number={2}, | |
| pages={149}, | 158 | 158 | pages={149}, | |
| year={2023}, | 159 | 159 | year={2023}, | |
| publisher={Korean Neurotraumatology Society} | 160 | 160 | publisher={Korean Neurotraumatology Society} | |
| } | 161 | 161 | } | |
| 162 | 162 | |||
| %%% monitoring | 163 | 163 | %%% monitoring | |
| @article{lundberg1960continuous, | 164 | 164 | @article{lundberg1960continuous, | |
| title={Continuous recording and control of ventricular fluid pressure in neurosurgical practice.}, | 165 | 165 | title={Continuous recording and control of ventricular fluid pressure in neurosurgical practice.}, | |
| author={Lundberg, Nils}, | 166 | 166 | author={Lundberg, Nils}, | |
| journal={Acta Psychiatr Neurol Scand}, | 167 | 167 | journal={Acta Psychiatr Neurol Scand}, | |
| volume={36}, | 168 | 168 | volume={36}, | |
| pages={1--193}, | 169 | 169 | pages={1--193}, | |
| year={1960} | 170 | 170 | year={1960} | |
| } | 171 | 171 | } | |
| 172 | 172 | |||
| @article{zoerle2024intracranial, | 173 | 173 | @article{zoerle2024intracranial, | |
| title={Intracranial pressure monitoring in adult patients with traumatic brain injury: challenges and innovations}, | 174 | 174 | title={Intracranial pressure monitoring in adult patients with traumatic brain injury: challenges and innovations}, | |
| author={Zoerle, Tommaso and Beqiri, Erta and {\AA}kerlund, Cecilia AI and Gao, Guoyi and Heldt, Thomas and Hawryluk, Gregory WJ and Stocchetti, Nino}, | 175 | 175 | author={Zoerle, Tommaso and Beqiri, Erta and {\AA}kerlund, Cecilia AI and Gao, Guoyi and Heldt, Thomas and Hawryluk, Gregory WJ and Stocchetti, Nino}, | |
| journal={The Lancet Neurology}, | 176 | 176 | journal={The Lancet Neurology}, | |
| volume={23}, | 177 | 177 | volume={23}, | |
| number={9}, | 178 | 178 | number={9}, | |
| pages={938--950}, | 179 | 179 | pages={938--950}, | |
| year={2024}, | 180 | 180 | year={2024}, | |
| publisher={Elsevier} | 181 | 181 | publisher={Elsevier} | |
| } | 182 | 182 | } | |
| 183 | 183 | |||
| @article{pelah2023accuracy, | 184 | 184 | @article{pelah2023accuracy, | |
| title={Accuracy of intracranial pressure monitoring—single centre observational study and literature review}, | 185 | 185 | title={Accuracy of intracranial pressure monitoring—single centre observational study and literature review}, | |
| author={Pelah, Adam I and Zakrzewska, Agnieszka and Calviello, Leanne A and Forcht Dagi, Teodoro and Czosnyka, Zofia and Czosnyka, Marek}, | 186 | 186 | author={Pelah, Adam I and Zakrzewska, Agnieszka and Calviello, Leanne A and Forcht Dagi, Teodoro and Czosnyka, Zofia and Czosnyka, Marek}, | |
| journal={Sensors}, | 187 | 187 | journal={Sensors}, | |
| volume={23}, | 188 | 188 | volume={23}, | |
| number={7}, | 189 | 189 | number={7}, | |
| pages={3397}, | 190 | 190 | pages={3397}, | |
| year={2023}, | 191 | 191 | year={2023}, | |
| publisher={MDPI} | 192 | 192 | publisher={MDPI} | |
| } | 193 | 193 | } | |
| 194 | 194 | |||
| @article{tavakoli2017complications, | 195 | 195 | @article{tavakoli2017complications, | |
| title={Complications of invasive intracranial pressure monitoring devices in neurocritical care}, | 196 | 196 | title={Complications of invasive intracranial pressure monitoring devices in neurocritical care}, | |
| author={Tavakoli, Samon and Peitz, Geoffrey and Ares, William and Hafeez, Shaheryar and Grandhi, Ramesh}, | 197 | 197 | author={Tavakoli, Samon and Peitz, Geoffrey and Ares, William and Hafeez, Shaheryar and Grandhi, Ramesh}, | |
| journal={Neurosurgical focus}, | 198 | 198 | journal={Neurosurgical focus}, | |
| volume={43}, | 199 | 199 | volume={43}, | |
| number={5}, | 200 | 200 | number={5}, | |
| pages={E6}, | 201 | 201 | pages={E6}, | |
| year={2017}, | 202 | 202 | year={2017}, | |
| publisher={American Association of Neurological Surgeons} | 203 | 203 | publisher={American Association of Neurological Surgeons} | |
| } | 204 | 204 | } | |
| 205 | 205 | |||
| @article{akbik2016roles, | 206 | 206 | @article{akbik2016roles, | |
| title={The roles of ventricular and parenchymal intracranial pressure monitoring}, | 207 | 207 | title={The roles of ventricular and parenchymal intracranial pressure monitoring}, | |
| author={Akbik, Omar S and Carlson, Andrew P and Yonas, Howard}, | 208 | 208 | author={Akbik, Omar S and Carlson, Andrew P and Yonas, Howard}, | |
| journal={Curr. Neurobiol}, | 209 | 209 | journal={Curr. Neurobiol}, | |
| volume={7}, | 210 | 210 | volume={7}, | |
| pages={1--6}, | 211 | 211 | pages={1--6}, | |
| year={2016} | 212 | 212 | year={2016} | |
| } | 213 | 213 | } | |
| %%% | 214 | 214 | %%% | |
| 215 | 215 | |||
| @article{weed1929some, | 216 | 216 | @article{weed1929some, | |
| title={Some limitations of the Monro-Kellie hypothesis}, | 217 | 217 | title={Some limitations of the Monro-Kellie hypothesis}, | |
| author={Weed, Lewis H}, | 218 | 218 | author={Weed, Lewis H}, | |
| journal={Archives of Surgery}, | 219 | 219 | journal={Archives of Surgery}, | |
| volume={18}, | 220 | 220 | volume={18}, | |
| number={4}, | 221 | 221 | number={4}, | |
| pages={1049--1068}, | 222 | 222 | pages={1049--1068}, | |
| year={1929}, | 223 | 223 | year={1929}, | |
| publisher={American Medical Association} | 224 | 224 | publisher={American Medical Association} | |
| } | 225 | 225 | } | |
| 226 | 226 | |||
| @article{carney2017guidelines, | 227 | 227 | @article{carney2017guidelines, | |
| title={Guidelines for the management of severe traumatic brain injury}, | 228 | 228 | title={Guidelines for the management of severe traumatic brain injury}, | |
| author={Carney, Nancy and Totten, Annette M and O'Reilly, Cindy and Ullman, Jamie S and Hawryluk, Gregory WJ and Bell, Michael J and Bratton, Susan L and Chesnut, Randall and Harris, Odette A and Kissoon, Niranjan and others}, | 229 | 229 | author={Carney, Nancy and Totten, Annette M and O'Reilly, Cindy and Ullman, Jamie S and Hawryluk, Gregory WJ and Bell, Michael J and Bratton, Susan L and Chesnut, Randall and Harris, Odette A and Kissoon, Niranjan and others}, | |
| journal={Neurosurgery}, | 230 | 230 | journal={Neurosurgery}, | |
| volume={80}, | 231 | 231 | volume={80}, | |
| number={1}, | 232 | 232 | number={1}, | |
| pages={6--15}, | 233 | 233 | pages={6--15}, | |
| year={2017}, | 234 | 234 | year={2017}, | |
| publisher={LWW} | 235 | 235 | publisher={LWW} | |
| } | 236 | 236 | } | |
| 237 | 237 | |||
| @article{cnossen2016variation, | 238 | 238 | @article{cnossen2016variation, | |
| title={Variation in structure and process of care in traumatic brain injury: provider profiles of European neurotrauma centers participating in the CENTER-TBI study}, | 239 | 239 | title={Variation in structure and process of care in traumatic brain injury: provider profiles of European neurotrauma centers participating in the CENTER-TBI study}, | |
| author={Cnossen, Maryse C and Polinder, Suzanne and Lingsma, Hester F and Maas, Andrew IR and Menon, David and Steyerberg, Ewout W and CENTER-TBI Investigators and Participants}, | 240 | 240 | author={Cnossen, Maryse C and Polinder, Suzanne and Lingsma, Hester F and Maas, Andrew IR and Menon, David and Steyerberg, Ewout W and CENTER-TBI Investigators and Participants}, | |
| journal={Plos one}, | 241 | 241 | journal={Plos one}, | |
| volume={11}, | 242 | 242 | volume={11}, | |
| number={8}, | 243 | 243 | number={8}, | |
| pages={e0161367}, | 244 | 244 | pages={e0161367}, | |
| year={2016}, | 245 | 245 | year={2016}, | |
| publisher={Public Library of Science San Francisco, CA USA} | 246 | 246 | publisher={Public Library of Science San Francisco, CA USA} | |
| } | 247 | 247 | } | |
| 248 | 248 | |||
| @article{stein2023associations, | 249 | 249 | @article{stein2023associations, | |
| title={Associations between intracranial pressure thresholds and multimodal monitoring in acute traumatic neural injury: a scoping review}, | 250 | 250 | title={Associations between intracranial pressure thresholds and multimodal monitoring in acute traumatic neural injury: a scoping review}, | |
| author={Stein, Kevin Y and Amenta, Fiorella and Gomez, Alwyn and Froese, Logan and Sainbhi, Amanjyot Singh and Vakitbilir, Nuray and Marquez, Izabella and Zeiler, Frederick A}, | 251 | 251 | author={Stein, Kevin Y and Amenta, Fiorella and Gomez, Alwyn and Froese, Logan and Sainbhi, Amanjyot Singh and Vakitbilir, Nuray and Marquez, Izabella and Zeiler, Frederick A}, | |
| journal={Acta Neurochirurgica}, | 252 | 252 | journal={Acta Neurochirurgica}, | |
| volume={165}, | 253 | 253 | volume={165}, | |
| number={7}, | 254 | 254 | number={7}, | |
| pages={1987--2000}, | 255 | 255 | pages={1987--2000}, | |
| year={2023}, | 256 | 256 | year={2023}, | |
| publisher={Springer} | 257 | 257 | publisher={Springer} | |
| } | 258 | 258 | } | |
| 259 | 259 | |||
| @article{aakerlund2020impact, | 260 | 260 | @article{aakerlund2020impact, | |
| title={Impact of duration and magnitude of raised intracranial pressure on outcome after severe traumatic brain injury: a CENTER-TBI high-resolution group study}, | 261 | 261 | title={Impact of duration and magnitude of raised intracranial pressure on outcome after severe traumatic brain injury: a CENTER-TBI high-resolution group study}, | |
| author={{\AA}kerlund, Cecilia AI and Donnelly, Joseph and Zeiler, Frederick A and Helbok, Raimund and Holst, Anders and Cabeleira, Manuel and G{\"u}iza, Fabian and Meyfroidt, Geert and Czosnyka, Marek and Smielewski, Peter and others}, | 262 | 262 | author={{\AA}kerlund, Cecilia AI and Donnelly, Joseph and Zeiler, Frederick A and Helbok, Raimund and Holst, Anders and Cabeleira, Manuel and G{\"u}iza, Fabian and Meyfroidt, Geert and Czosnyka, Marek and Smielewski, Peter and others}, | |
| journal={PloS one}, | 263 | 263 | journal={PloS one}, | |
| volume={15}, | 264 | 264 | volume={15}, | |
| number={12}, | 265 | 265 | number={12}, | |
| pages={e0243427}, | 266 | 266 | pages={e0243427}, | |
| year={2020}, | 267 | 267 | year={2020}, | |
| publisher={Public Library of Science San Francisco, CA USA} | 268 | 268 | publisher={Public Library of Science San Francisco, CA USA} | |
| } | 269 | 269 | } | |
| 270 | 270 | |||
| @article{schonenberg2023pressure, | 271 | 271 | @article{schonenberg2023pressure, | |
| title={Pressure time dose as a representation of intracranial pressure burden and its dependency on intracranial pressure waveform morphology at different time intervals}, | 272 | 272 | title={Pressure time dose as a representation of intracranial pressure burden and its dependency on intracranial pressure waveform morphology at different time intervals}, | |
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| year={2023}, | 278 | 278 | year={2023}, | |
| publisher={MDPI} | 279 | 279 | publisher={MDPI} | |
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| 281 | 281 | |||
| @article{czosnyka2007intracranial, | 282 | 282 | @article{czosnyka2007intracranial, | |
| title={Intracranial pressure: more than a number}, | 283 | 283 | title={Intracranial pressure: more than a number}, | |
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| journal={Neurosurgical focus}, | 285 | 285 | journal={Neurosurgical focus}, | |
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| year={2007}, | 289 | 289 | year={2007}, | |
| publisher={American Association of Neurological Surgeons} | 290 | 290 | publisher={American Association of Neurological Surgeons} | |
| } | 291 | 291 | } | |
| 292 | 292 | |||
| @article{dai2020intracranial, | 293 | 293 | @article{dai2020intracranial, | |
| title={Intracranial pressure monitoring signals after traumatic brain injury: a narrative overview and conceptual data science framework}, | 294 | 294 | title={Intracranial pressure monitoring signals after traumatic brain injury: a narrative overview and conceptual data science framework}, | |
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| journal={Frontiers in neurology}, | 296 | 296 | journal={Frontiers in neurology}, | |
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| year={2020}, | 299 | 299 | year={2020}, | |
| publisher={Frontiers Media SA} | 300 | 300 | publisher={Frontiers Media SA} | |
| } | 301 | 301 | } | |
| 302 | 302 | |||
| @article{lundberg1965continuous, | 303 | 303 | @article{lundberg1965continuous, | |
| title={Continuous recording of the ventricular-fluid pressure in patients with severe acute traumatic brain injury: a preliminary report}, | 304 | 304 | title={Continuous recording of the ventricular-fluid pressure in patients with severe acute traumatic brain injury: a preliminary report}, | |
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| publisher={Journal of Neurosurgery Publishing Group} | 311 | 311 | publisher={Journal of Neurosurgery Publishing Group} | |
| } | 312 | 312 | } | |
| 313 | 313 | |||
| @article{rosner1984origin, | 314 | 314 | @article{rosner1984origin, | |
| title={Origin and evolution of plateau waves: experimental observations and a theoretical model}, | 315 | 315 | title={Origin and evolution of plateau waves: experimental observations and a theoretical model}, | |
| author={Rosner, Michael J and Becker, Donald P}, | 316 | 316 | author={Rosner, Michael J and Becker, Donald P}, | |
| journal={Journal of neurosurgery}, | 317 | 317 | journal={Journal of neurosurgery}, | |
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| publisher={Journal of Neurosurgery Publishing Group} | 322 | 322 | publisher={Journal of Neurosurgery Publishing Group} | |
| } | 323 | 323 | } | |
| 324 | 324 | |||
| @article{castellani2009plateau, | 325 | 325 | @article{castellani2009plateau, | |
| title={Plateau waves in head injured patients requiring neurocritical care}, | 326 | 326 | title={Plateau waves in head injured patients requiring neurocritical care}, | |
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| journal={Neurocritical care}, | 328 | 328 | journal={Neurocritical care}, | |
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| pages={143--150}, | 330 | 330 | pages={143--150}, | |
| year={2009}, | 331 | 331 | year={2009}, | |
| publisher={Springer} | 332 | 332 | publisher={Springer} | |
| } | 333 | 333 | } | |
| 334 | 334 | |||
| %%% B-waves%%% | 335 | 335 | %%% B-waves%%% | |
| @article{martinez2019b, | 336 | 336 | @article{martinez2019b, | |
| title={B waves: a systematic review of terminology, characteristics, and analysis methods}, | 337 | 337 | title={B waves: a systematic review of terminology, characteristics, and analysis methods}, | |
| author={Martinez-Tejada, Isabel and Arum, Alexander and Wilhjelm, Jens E and Juhler, Marianne and Andresen, Morten}, | 338 | 338 | author={Martinez-Tejada, Isabel and Arum, Alexander and Wilhjelm, Jens E and Juhler, Marianne and Andresen, Morten}, | |
| journal={Fluids and Barriers of the CNS}, | 339 | 339 | journal={Fluids and Barriers of the CNS}, | |
| volume={16}, | 340 | 340 | volume={16}, | |
| pages={1--15}, | 341 | 341 | pages={1--15}, | |
| year={2019}, | 342 | 342 | year={2019}, | |
| publisher={Springer} | 343 | 343 | publisher={Springer} | |
| } | 344 | 344 | } | |
| 345 | 345 | |||
| @article{raftopoulos1992morphological, | 346 | 346 | @article{raftopoulos1992morphological, | |
| title={Morphological quantitative analysis of intracranial pressure waves in normal pressure hydrocephalus}, | 347 | 347 | title={Morphological quantitative analysis of intracranial pressure waves in normal pressure hydrocephalus}, | |
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| volume={14}, | 350 | 350 | volume={14}, | |
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| year={1992}, | 353 | 353 | year={1992}, | |
| publisher={Taylor \& Francis} | 354 | 354 | publisher={Taylor \& Francis} | |
| } | 355 | 355 | } | |
| 356 | 356 | |||
| @article{santamarta2016prediction, | 357 | 357 | @article{santamarta2016prediction, | |
| title={The prediction of shunt response in idiopathic normal-pressure hydrocephalus based on intracranial pressure monitoring and lumbar infusion}, | 358 | 358 | title={The prediction of shunt response in idiopathic normal-pressure hydrocephalus based on intracranial pressure monitoring and lumbar infusion}, | |
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| journal={Intracranial Pressure and Brain Monitoring XV}, | 360 | 360 | journal={Intracranial Pressure and Brain Monitoring XV}, | |
| pages={267--274}, | 361 | 361 | pages={267--274}, | |
| year={2016}, | 362 | 362 | year={2016}, | |
| publisher={Springer} | 363 | 363 | publisher={Springer} | |
| } | 364 | 364 | } | |
| 365 | 365 | |||
| 366 | 366 | |||
| @article{yokota1989overnight, | 367 | 367 | @article{yokota1989overnight, | |
| title={Overnight Recordings of Intracranial Pressure and Electroencephalography in Neurosurgical Patients Part1: Intracranial Pressure Waves and Their Clinical Correlations}, | 368 | 368 | title={Overnight Recordings of Intracranial Pressure and Electroencephalography in Neurosurgical Patients Part1: Intracranial Pressure Waves and Their Clinical Correlations}, | |
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| journal={Journal of UOEH}, | 370 | 370 | journal={Journal of UOEH}, | |
| volume={11}, | 371 | 371 | volume={11}, | |
| number={4}, | 372 | 372 | number={4}, | |
| pages={371--381}, | 373 | 373 | pages={371--381}, | |
| year={1989}, | 374 | 374 | year={1989}, | |
| publisher={The University of Occupational and Environmental Health, Japan} | 375 | 375 | publisher={The University of Occupational and Environmental Health, Japan} | |
| } | 376 | 376 | } | |
| 377 | 377 | |||
| @book{kasprowicz2012association, | 378 | 378 | @book{kasprowicz2012association, | |
| title={Association between ICP pulse waveform morphology and ICP B waves}, | 379 | 379 | title={Association between ICP pulse waveform morphology and ICP B waves}, | |
| author={Kasprowicz, Magdalena and Bergsneider, Marvin and Czosnyka, Marek and Hu, Xiao}, | 380 | 380 | author={Kasprowicz, Magdalena and Bergsneider, Marvin and Czosnyka, Marek and Hu, Xiao}, | |
| year={2012}, | 381 | 381 | year={2012}, | |
| publisher={Springer} | 382 | 382 | publisher={Springer} | |
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| 384 | 384 | |||
| @article{riedel2021b, | 385 | 385 | @article{riedel2021b, | |
| title={B-waves are present in patients without intracranial pressure disturbances}, | 386 | 386 | title={B-waves are present in patients without intracranial pressure disturbances}, | |
| author={Riedel, Casper Schwartz and Martinez-Tejada, Isabel and Norager, Nicolas Hernandez and Kempfner, Lykke and Jennum, Poul and Juhler, Marianne}, | 387 | 387 | author={Riedel, Casper Schwartz and Martinez-Tejada, Isabel and Norager, Nicolas Hernandez and Kempfner, Lykke and Jennum, Poul and Juhler, Marianne}, | |
| journal={Journal of Sleep Research}, | 388 | 388 | journal={Journal of Sleep Research}, | |
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| year={2021}, | 392 | 392 | year={2021}, | |
| publisher={Wiley Online Library} | 393 | 393 | publisher={Wiley Online Library} | |
| } | 394 | 394 | } | |
| 395 | 395 | |||
| @article{riedel2023transient, | 396 | 396 | @article{riedel2023transient, | |
| title={Transient intracranial pressure elevations (B waves) are associated with sleep apnea}, | 397 | 397 | title={Transient intracranial pressure elevations (B waves) are associated with sleep apnea}, | |
| author={Riedel, Casper Schwartz and Martinez-Tejada, Isabel and Andresen, Morten and Wilhjelm, Jens E and Jennum, Poul and Juhler, Marianne}, | 398 | 398 | author={Riedel, Casper Schwartz and Martinez-Tejada, Isabel and Andresen, Morten and Wilhjelm, Jens E and Jennum, Poul and Juhler, Marianne}, | |
| journal={Fluids and Barriers of the CNS}, | 399 | 399 | journal={Fluids and Barriers of the CNS}, | |
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| year={2023}, | 403 | 403 | year={2023}, | |
| publisher={Springer} | 404 | 404 | publisher={Springer} | |
| } | 405 | 405 | } | |
| 406 | 406 | |||
| @article{spiegelberg2016b, | 407 | 407 | @article{spiegelberg2016b, | |
| title={B-waves revisited}, | 408 | 408 | title={B-waves revisited}, | |
| author={Spiegelberg, Andreas and Preu{\ss}, Matthias and Kurtcuoglu, Vartan}, | 409 | 409 | author={Spiegelberg, Andreas and Preu{\ss}, Matthias and Kurtcuoglu, Vartan}, | |
| journal={Interdisciplinary Neurosurgery}, | 410 | 410 | journal={Interdisciplinary Neurosurgery}, | |
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| 416 | 416 | |||
| @article{beqiri2020influence, | 417 | 417 | @article{beqiri2020influence, | |
| title={Influence of mild-moderate hypocapnia on intracranial pressure slow waves activity in TBI}, | 418 | 418 | title={Influence of mild-moderate hypocapnia on intracranial pressure slow waves activity in TBI}, | |
| author={Beqiri, Erta and Czosnyka, Marek and Lalou, Afroditi D and Zeiler, Frederick A and Fedriga, Marta and Steiner, Luzius A and Chieregato, Arturo and Smielewski, Peter}, | 419 | 419 | author={Beqiri, Erta and Czosnyka, Marek and Lalou, Afroditi D and Zeiler, Frederick A and Fedriga, Marta and Steiner, Luzius A and Chieregato, Arturo and Smielewski, Peter}, | |
| journal={Acta neurochirurgica}, | 420 | 420 | journal={Acta neurochirurgica}, | |
| volume={162}, | 421 | 421 | volume={162}, | |
| pages={345--356}, | 422 | 422 | pages={345--356}, | |
| year={2020}, | 423 | 423 | year={2020}, | |
| publisher={Springer} | 424 | 424 | publisher={Springer} | |
| } | 425 | 425 | } | |
| 426 | 426 | |||
| @article{mautner1989b, | 427 | 427 | @article{mautner1989b, | |
| title={B-waves in healthy persons}, | 428 | 428 | title={B-waves in healthy persons}, | |
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| journal={Neurological research}, | 430 | 430 | journal={Neurological research}, | |
| volume={11}, | 431 | 431 | volume={11}, | |
| number={4}, | 432 | 432 | number={4}, | |
| pages={194--196}, | 433 | 433 | pages={194--196}, | |
| year={1989}, | 434 | 434 | year={1989}, | |
| publisher={Taylor \& Francis} | 435 | 435 | publisher={Taylor \& Francis} | |
| } | 436 | 436 | } | |
| 437 | 437 | |||
| @article{newell2022physiological, | 438 | 438 | @article{newell2022physiological, | |
| title={Physiological mechanisms and significance of intracranial B waves}, | 439 | 439 | title={Physiological mechanisms and significance of intracranial B waves}, | |
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| journal={Frontiers in neurology}, | 441 | 441 | journal={Frontiers in neurology}, | |
| volume={13}, | 442 | 442 | volume={13}, | |
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| year={2022}, | 444 | 444 | year={2022}, | |
| publisher={Frontiers Media SA} | 445 | 445 | publisher={Frontiers Media SA} | |
| } | 446 | 446 | } | |
| 447 | 447 | |||
| @article{julien2006enigma, | 448 | 448 | @article{julien2006enigma, | |
| title={The enigma of Mayer waves: facts and models}, | 449 | 449 | title={The enigma of Mayer waves: facts and models}, | |
| author={Julien, Claude}, | 450 | 450 | author={Julien, Claude}, | |
| journal={Cardiovascular research}, | 451 | 451 | journal={Cardiovascular research}, | |
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| pages={12--21}, | 454 | 454 | pages={12--21}, | |
| year={2006}, | 455 | 455 | year={2006}, | |
| publisher={Elsevier Science} | 456 | 456 | publisher={Elsevier Science} | |
| } | 457 | 457 | } | |
| 458 | 458 | |||
| @article{hickey2009intracranial, | 459 | 459 | @article{hickey2009intracranial, | |
| title={Intracranial pressure waveform analysis during rest and suctioning}, | 460 | 460 | title={Intracranial pressure waveform analysis during rest and suctioning}, | |
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| pages={174--186}, | 465 | 465 | pages={174--186}, | |
| year={2009}, | 466 | 466 | year={2009}, | |
| publisher={SAGE Publications Sage CA: Los Angeles, CA} | 467 | 467 | publisher={SAGE Publications Sage CA: Los Angeles, CA} | |
| } | 468 | 468 | } | |
| 469 | 469 | |||
| @article{foltz1990csf, | 470 | 470 | @article{foltz1990csf, | |
| title={CSF pulsatility in hydrocephalus: respiratory effect on pulse wave slope as an indicator of intracranial compliance}, | 471 | 471 | title={CSF pulsatility in hydrocephalus: respiratory effect on pulse wave slope as an indicator of intracranial compliance}, | |
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| journal={Neurological research}, | 473 | 473 | journal={Neurological research}, | |
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| year={1990}, | 477 | 477 | year={1990}, | |
| publisher={Taylor \& Francis} | 478 | 478 | publisher={Taylor \& Francis} | |
| } | 479 | 479 | } | |
| 480 | 480 | |||
| @article{germon1994intracranial, | 481 | 481 | @article{germon1994intracranial, | |
| title={Intracranial pressure monitoring in the 1990s}, | 482 | 482 | title={Intracranial pressure monitoring in the 1990s}, | |
| author={Germon, Karin}, | 483 | 483 | author={Germon, Karin}, | |
| journal={Critical Care Nursing Quarterly}, | 484 | 484 | journal={Critical Care Nursing Quarterly}, | |
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| number={1}, | 486 | 486 | number={1}, | |
| pages={21--32}, | 487 | 487 | pages={21--32}, | |
| year={1994}, | 488 | 488 | year={1994}, | |
| publisher={LWW} | 489 | 489 | publisher={LWW} | |
| } | 490 | 490 | } | |
| 491 | 491 | |||
| @article{czosnyka2020origin, | 492 | 492 | @article{czosnyka2020origin, | |
| title={Origin of intracranial pressure pulse waveform}, | 493 | 493 | title={Origin of intracranial pressure pulse waveform}, | |
| author={Czosnyka, Marek and Czosnyka, Zofia}, | 494 | 494 | author={Czosnyka, Marek and Czosnyka, Zofia}, | |
| journal={Acta Neurochirurgica}, | 495 | 495 | journal={Acta Neurochirurgica}, | |
| volume={162}, | 496 | 496 | volume={162}, | |
| pages={1815--1817}, | 497 | 497 | pages={1815--1817}, | |
| year={2020}, | 498 | 498 | year={2020}, | |
| publisher={Springer} | 499 | 499 | publisher={Springer} | |
| } | 500 | 500 | } | |
| 501 | 501 | |||
| @article{unnerback2018icp, | 502 | 502 | @article{unnerback2018icp, | |
| title={ICP curve morphology and intracranial flow-volume changes: a simultaneous ICP and cine phase contrast MRI study in humans}, | 503 | 503 | title={ICP curve morphology and intracranial flow-volume changes: a simultaneous ICP and cine phase contrast MRI study in humans}, | |
| author={Unnerb{\"a}ck, M{\aa}rten and Ottesen, Johnny T and Reinstrup, Peter}, | 504 | 504 | author={Unnerb{\"a}ck, M{\aa}rten and Ottesen, Johnny T and Reinstrup, Peter}, | |
| journal={Acta neurochirurgica}, | 505 | 505 | journal={Acta neurochirurgica}, | |
| volume={160}, | 506 | 506 | volume={160}, | |
| pages={219--224}, | 507 | 507 | pages={219--224}, | |
| year={2018}, | 508 | 508 | year={2018}, | |
| publisher={Springer} | 509 | 509 | publisher={Springer} | |
| } | 510 | 510 | } | |
| 511 | 511 | |||
| @article{ziolkowski2021analysis, | 512 | 512 | @article{ziolkowski2021analysis, | |
| title={Analysis of relative changes in pulse shapes of intracranial pressure and cerebral blood flow velocity}, | 513 | 513 | title={Analysis of relative changes in pulse shapes of intracranial pressure and cerebral blood flow velocity}, | |
| author={Zi{\'o}{\l}kowski, Arkadiusz and Pude{\l}ko, Agata and Kazimierska, Agnieszka and Czosnyka, Zofia and Czosnyka, Marek and Kasprowicz, Magdalena}, | 514 | 514 | author={Zi{\'o}{\l}kowski, Arkadiusz and Pude{\l}ko, Agata and Kazimierska, Agnieszka and Czosnyka, Zofia and Czosnyka, Marek and Kasprowicz, Magdalena}, | |
| journal={Physiological Measurement}, | 515 | 515 | journal={Physiological Measurement}, | |
| volume={42}, | 516 | 516 | volume={42}, | |
| number={12}, | 517 | 517 | number={12}, | |
| pages={125004}, | 518 | 518 | pages={125004}, | |
| year={2021}, | 519 | 519 | year={2021}, | |
| publisher={IOP Publishing} | 520 | 520 | publisher={IOP Publishing} | |
| } | 521 | 521 | } | |
| 522 | 522 | |||
| @article{ziolkowski2023peak, | 523 | 523 | @article{ziolkowski2023peak, | |
| title={Peak appearance time in pulse waveforms of intracranial pressure and cerebral blood flow velocity}, | 524 | 524 | title={Peak appearance time in pulse waveforms of intracranial pressure and cerebral blood flow velocity}, | |
| author={Zi{\'o}{\l}kowski, Arkadiusz and Pude{\l}ko, Agata and Kazimierska, Agnieszka and Uryga, Agnieszka and Czosnyka, Zofia and Kasprowicz, Magdalena and Czosnyka, Marek}, | 525 | 525 | author={Zi{\'o}{\l}kowski, Arkadiusz and Pude{\l}ko, Agata and Kazimierska, Agnieszka and Uryga, Agnieszka and Czosnyka, Zofia and Kasprowicz, Magdalena and Czosnyka, Marek}, | |
| journal={Frontiers in Physiology}, | 526 | 526 | journal={Frontiers in Physiology}, | |
| volume={13}, | 527 | 527 | volume={13}, | |
| pages={1077966}, | 528 | 528 | pages={1077966}, | |
| year={2023}, | 529 | 529 | year={2023}, | |
| publisher={Frontiers Media SA} | 530 | 530 | publisher={Frontiers Media SA} | |
| } | 531 | 531 | } | |
| 532 | 532 | |||
| @article{carrera2010shapes, | 533 | 533 | @article{carrera2010shapes, | |
| title={What shapes pulse amplitude of intracranial pressure?}, | 534 | 534 | title={What shapes pulse amplitude of intracranial pressure?}, | |
| author={Carrera, Emmanuel and Kim, Dong-Joo and Castellani, Gianluca and Zweifel, Christian and Czosnyka, Zofia and Kasprowicz, Magdalena and Smielewski, Peter and Pickard, John D and Czosnyka, Marek}, | 535 | 535 | author={Carrera, Emmanuel and Kim, Dong-Joo and Castellani, Gianluca and Zweifel, Christian and Czosnyka, Zofia and Kasprowicz, Magdalena and Smielewski, Peter and Pickard, John D and Czosnyka, Marek}, | |
| journal={Journal of neurotrauma}, | 536 | 536 | journal={Journal of neurotrauma}, | |
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| pages={317--324}, | 539 | 539 | pages={317--324}, | |
| year={2010}, | 540 | 540 | year={2010}, | |
| publisher={Mary Ann Liebert, Inc. 140 Huguenot Street, 3rd Floor New Rochelle, NY 10801 USA} | 541 | 541 | publisher={Mary Ann Liebert, Inc. 140 Huguenot Street, 3rd Floor New Rochelle, NY 10801 USA} | |
| } | 542 | 542 | } | |
| 543 | 543 | |||
| @article{domogo2023mechanistic, | 544 | 544 | @article{domogo2023mechanistic, | |
| title={Mechanistic-mathematical modeling of intracranial pressure (ICP) profiles over a single heart cycle. The fundament of the ICP curve form}, | 545 | 545 | title={Mechanistic-mathematical modeling of intracranial pressure (ICP) profiles over a single heart cycle. The fundament of the ICP curve form}, | |
| author={Domogo, Andrei A and Reinstrup, Peter and Ottesen, Johnny T}, | 546 | 546 | author={Domogo, Andrei A and Reinstrup, Peter and Ottesen, Johnny T}, | |
| journal={Journal of Theoretical Biology}, | 547 | 547 | journal={Journal of Theoretical Biology}, | |
| volume={564}, | 548 | 548 | volume={564}, | |
| pages={111451}, | 549 | 549 | pages={111451}, | |
| year={2023}, | 550 | 550 | year={2023}, | |
| publisher={Elsevier} | 551 | 551 | publisher={Elsevier} | |
| } | 552 | 552 | } | |
| 553 | 553 | |||
| 554 | 554 | |||
| %%% signal %%% | 555 | 555 | %%% signal %%% | |
| 556 | 556 | |||
| 557 | 557 | |||
| @article{ge2018theoretical, | 558 | 558 | @article{ge2018theoretical, | |
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| pages={212--220}, | 830 | 830 | pages={212--220}, | |
| year={2018}, | 831 | 831 | year={2018}, | |
| publisher={Springer} | 832 | 832 | publisher={Springer} | |
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| 834 | 834 | |||
| @article{shahsavari2011cerebrovascular, | 835 | 835 | @article{shahsavari2011cerebrovascular, | |
| title={Cerebrovascular mechanical properties and slow waves of intracranial pressure in TBI patients}, | 836 | 836 | title={Cerebrovascular mechanical properties and slow waves of intracranial pressure in TBI patients}, | |
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| journal={IEEE transactions on biomedical engineering}, | 838 | 838 | journal={IEEE transactions on biomedical engineering}, | |
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| year={2011}, | 842 | 842 | year={2011}, | |
| publisher={IEEE} | 843 | 843 | publisher={IEEE} | |
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| 845 | 845 | |||
| @article{vallet2021assessment, | 846 | 846 | @article{vallet2021assessment, | |
| title={Assessment of Pressure-Volume Index During Lumbar Infusion Study: What Is the Optimal Method?}, | 847 | 847 | title={Assessment of Pressure-Volume Index During Lumbar Infusion Study: What Is the Optimal Method?}, | |
| author={Vallet, Alexandra and Gergel{\'e}, Laurent and Jouanneau, Emmanuel and Schmidt, Eric A and Manet, Romain}, | 848 | 848 | author={Vallet, Alexandra and Gergel{\'e}, Laurent and Jouanneau, Emmanuel and Schmidt, Eric A and Manet, Romain}, | |
| journal={Intracranial Pressure and Neuromonitoring XVII}, | 849 | 849 | journal={Intracranial Pressure and Neuromonitoring XVII}, | |
| pages={335--338}, | 850 | 850 | pages={335--338}, | |
| year={2021}, | 851 | 851 | year={2021}, | |
| publisher={Springer} | 852 | 852 | publisher={Springer} | |
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| @article{kalisvaart2020update, | 855 | 855 | @article{kalisvaart2020update, | |
| title={An update to the Monro--Kellie doctrine to reflect tissue compliance after severe ischemic and hemorrhagic stroke}, | 856 | 856 | title={An update to the Monro--Kellie doctrine to reflect tissue compliance after severe ischemic and hemorrhagic stroke}, | |
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| year={2020}, | 862 | 862 | year={2020}, | |
| publisher={Nature Publishing Group UK London} | 863 | 863 | publisher={Nature Publishing Group UK London} | |
| } | 864 | 864 | } | |
| 865 | 865 | |||
| @article{benson2023monro, | 866 | 866 | @article{benson2023monro, | |
| title={The Monro-Kellie doctrine: a review and call for revision}, | 867 | 867 | title={The Monro-Kellie doctrine: a review and call for revision}, | |
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| journal={American Journal of Neuroradiology}, | 869 | 869 | journal={American Journal of Neuroradiology}, | |
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| year={2023}, | 873 | 873 | year={2023}, | |
| publisher={Am Soc Neuroradiology} | 874 | 874 | publisher={Am Soc Neuroradiology} | |
| } | 875 | 875 | } | |
| 876 | 876 | |||
| %%% INDICES SPECTRAUX %%% | 877 | 877 | %%% INDICES SPECTRAUX %%% | |
| @inproceedings{bray1986development, | 878 | 878 | @inproceedings{bray1986development, | |
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| booktitle={Intracranial Pressure VI: Proceedings of the Sixth International Symposium on Intracranial Pressure Held in Glasgow, Scotland, June 9--13, 1985}, | 881 | 881 | booktitle={Intracranial Pressure VI: Proceedings of the Sixth International Symposium on Intracranial Pressure Held in Glasgow, Scotland, June 9--13, 1985}, | |
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| organization={Springer} | 884 | 884 | organization={Springer} | |
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| 886 | 886 | |||
| @article{uryga_analysis_2023, | 887 | 887 | @article{uryga_analysis_2023, | |
| title = {Analysis of intracranial pressure pulse waveform in traumatic brain injury patients: a {CENTER}-{TBI} study}, | 888 | 888 | title = {Analysis of intracranial pressure pulse waveform in traumatic brain injury patients: a {CENTER}-{TBI} study}, | |
| volume = {139}, | 889 | 889 | volume = {139}, | |
| copyright = {http://creativecommons.org/licenses/by-nc-nd/4.0/}, | 890 | 890 | copyright = {http://creativecommons.org/licenses/by-nc-nd/4.0/}, | |
| issn = {0022-3085, 1933-0693}, | 891 | 891 | issn = {0022-3085, 1933-0693}, | |
| shorttitle = {Analysis of intracranial pressure pulse waveform in traumatic brain injury patients}, | 892 | 892 | shorttitle = {Analysis of intracranial pressure pulse waveform in traumatic brain injury patients}, | |
| url = {https://thejns.org/view/journals/j-neurosurg/139/1/article-p201.xml}, | 893 | 893 | url = {https://thejns.org/view/journals/j-neurosurg/139/1/article-p201.xml}, | |
| doi = {10.3171/2022.10.JNS221523}, | 894 | 894 | doi = {10.3171/2022.10.JNS221523}, | |
| language = {en}, | 895 | 895 | language = {en}, | |
| number = {1}, | 896 | 896 | number = {1}, | |
| urldate = {2024-12-03}, | 897 | 897 | urldate = {2024-12-03}, | |
| journal = {Journal of Neurosurgery}, | 898 | 898 | journal = {Journal of Neurosurgery}, | |
| author = {Uryga, Agnieszka and Ziółkowski, Arkadiusz and Kazimierska, Agnieszka and Pudełko, Agata and Mataczyński, Cyprian and Lang, Erhard W. and Czosnyka, Marek and Kasprowicz, Magdalena and Anke, Audny and Beer, Ronny and Bellander, Bo-Michael and Beqiri, Erta and Buki, Andras and Cabeleira, Manuel and Carbonara, Marco and Chieregato, Arturo and Citerio, Giuseppe and Clusmann, Hans and Czeiter, Endre and Czosnyka, Marek and Depreitere, Bart and Ercole, Ari and Frisvold, Shirin and Helbok, Raimund and Jankowski, Stefan and Kondziella, Danile and Koskinen, Lars-Owe and Kowark, Ana and Menon, David K. and Meyfroidt, Geert and Moeller, Kirsten and Nelson, David and Piippo-Karjalainen, Anna and Radoi, Andreea and Ragauskas, Arminas and Raj, Rahul and Rhodes, Jonathan and Rocka, Saulius and Rossaint, Rolf and Sahuquillo, Juan and Sakowitz, Oliver and Smielewski, Peter and Stocchetti, Nino and Sundström, Nina and Takala, Riikka and Tamosuitis, Tomas and Tenovuo, Olli and Unterberg, Andreas and Vajkoczy, Peter and Vargiolu, Alessia and Vilcinis, Rimantas and Wolf, Stefan and Younsi, Alexander and Zeiler, Frederick A.}, | 899 | 899 | author = {Uryga, Agnieszka and Ziółkowski, Arkadiusz and Kazimierska, Agnieszka and Pudełko, Agata and Mataczyński, Cyprian and Lang, Erhard W. and Czosnyka, Marek and Kasprowicz, Magdalena and Anke, Audny and Beer, Ronny and Bellander, Bo-Michael and Beqiri, Erta and Buki, Andras and Cabeleira, Manuel and Carbonara, Marco and Chieregato, Arturo and Citerio, Giuseppe and Clusmann, Hans and Czeiter, Endre and Czosnyka, Marek and Depreitere, Bart and Ercole, Ari and Frisvold, Shirin and Helbok, Raimund and Jankowski, Stefan and Kondziella, Danile and Koskinen, Lars-Owe and Kowark, Ana and Menon, David K. and Meyfroidt, Geert and Moeller, Kirsten and Nelson, David and Piippo-Karjalainen, Anna and Radoi, Andreea and Ragauskas, Arminas and Raj, Rahul and Rhodes, Jonathan and Rocka, Saulius and Rossaint, Rolf and Sahuquillo, Juan and Sakowitz, Oliver and Smielewski, Peter and Stocchetti, Nino and Sundström, Nina and Takala, Riikka and Tamosuitis, Tomas and Tenovuo, Olli and Unterberg, Andreas and Vajkoczy, Peter and Vargiolu, Alessia and Vilcinis, Rimantas and Wolf, Stefan and Younsi, Alexander and Zeiler, Frederick A.}, | |
| month = jul, | 900 | 900 | month = jul, | |
| year = {2023}, | 901 | 901 | year = {2023}, | |
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| 905 | 905 | |||
| @article{robertson_clinical_1989, | 906 | 906 | @article{robertson_clinical_1989, | |
| title = {Clinical experience with a continuous monitor of intracranial compliance}, | 907 | 907 | title = {Clinical experience with a continuous monitor of intracranial compliance}, | |
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| doi = {10.3171/jns.1989.71.5.0673}, | 911 | 911 | doi = {10.3171/jns.1989.71.5.0673}, | |
| language = {en}, | 912 | 912 | language = {en}, | |
| number = {5}, | 913 | 913 | number = {5}, | |
| urldate = {2024-12-03}, | 914 | 914 | urldate = {2024-12-03}, | |
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| @article{contant_intracranial_1995, | 923 | 923 | @article{contant_intracranial_1995, | |
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| language = {en}, | 950 | 950 | language = {en}, | |
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| 960 | 960 | |||
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| @article{szewczykowski1977fast, | 963 | 963 | @article{szewczykowski1977fast, | |
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| publisher={Journal of Neurosurgery Publishing Group} | 971 | 971 | publisher={Journal of Neurosurgery Publishing Group} | |
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| @inproceedings{czosnyka1988system, | 994 | 994 | @inproceedings{czosnyka1988system, | |
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| @article{zhu2023spindle, | 1014 | 1014 | @article{zhu2023spindle, | |
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| @article{czosnyka2004monitoring, | 1024 | 1024 | @article{czosnyka2004monitoring, | |
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| @article{donnelly2020observations, | 1035 | 1035 | @article{donnelly2020observations, | |
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| title={Assessing cerebral hemodynamic stability after brain injury}, | 1046 | 1046 | title={Assessing cerebral hemodynamic stability after brain injury}, | |
| author={Pineda, Bianca and Kosinski, Colin and Kim, Nam and Danish, Shabbar and Craelius, William}, | 1047 | 1047 | author={Pineda, Bianca and Kosinski, Colin and Kim, Nam and Danish, Shabbar and Craelius, William}, | |
| booktitle={Intracranial Pressure \& Neuromonitoring XVI}, | 1048 | 1048 | booktitle={Intracranial Pressure \& Neuromonitoring XVI}, | |
| pages={297--301}, | 1049 | 1049 | pages={297--301}, | |
| year={2018}, | 1050 | 1050 | year={2018}, | |
| organization={Springer} | 1051 | 1051 | organization={Springer} | |
| } | 1052 | 1052 | } | |
| 1053 | 1053 | |||
| @article{islam2024continuous, | 1054 | 1054 | @article{islam2024continuous, | |
| title={Continuous monitoring methods of cerebral compliance and compensatory reserve: a scoping review of human literature}, | 1055 | 1055 | title={Continuous monitoring methods of cerebral compliance and compensatory reserve: a scoping review of human literature}, | |
| author={Islam, Abrar and Froese, Logan and Bergmann, Tobias and Gomez, Alwyn and Sainbhi, Amanjyot Singh and Vakitbilir, Nuray and Stein, Kevin Y and Marquez, Izabella and Ibrahim, Younis and Zeiler, Frederick A}, | 1056 | 1056 | author={Islam, Abrar and Froese, Logan and Bergmann, Tobias and Gomez, Alwyn and Sainbhi, Amanjyot Singh and Vakitbilir, Nuray and Stein, Kevin Y and Marquez, Izabella and Ibrahim, Younis and Zeiler, Frederick A}, | |
| journal={Physiological Measurement}, | 1057 | 1057 | journal={Physiological Measurement}, | |
| year={2024} | 1058 | 1058 | year={2024} | |
| } | 1059 | 1059 | } | |
| 1060 | 1060 | |||
| @article{zeiler2018impaired, | 1061 | 1061 | @article{zeiler2018impaired, | |
| title={Impaired cerebral compensatory reserve is associated with admission imaging characteristics of diffuse insult in traumatic brain injury}, | 1062 | 1062 | title={Impaired cerebral compensatory reserve is associated with admission imaging characteristics of diffuse insult in traumatic brain injury}, | |
| author={Zeiler, Frederick A and Kim, Dong-Joo and Cabeleira, Manuel and Calviello, Leanne and Smielewski, Peter and Czosnyka, Marek}, | 1063 | 1063 | author={Zeiler, Frederick A and Kim, Dong-Joo and Cabeleira, Manuel and Calviello, Leanne and Smielewski, Peter and Czosnyka, Marek}, | |
| journal={Acta neurochirurgica}, | 1064 | 1064 | journal={Acta neurochirurgica}, | |
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| pages={2277--2287}, | 1066 | 1066 | pages={2277--2287}, | |
| year={2018}, | 1067 | 1067 | year={2018}, | |
| publisher={Springer} | 1068 | 1068 | publisher={Springer} | |
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| 1070 | 1070 | |||
| @inproceedings{czosnyka2005concept, | 1071 | 1071 | @inproceedings{czosnyka2005concept, | |
| title={Concept of “true ICP” in monitoring and prognostication in head trauma}, | 1072 | 1072 | title={Concept of “true ICP” in monitoring and prognostication in head trauma}, | |
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| booktitle={Intracranial Pressure and Brain Monitoring XII}, | 1074 | 1074 | booktitle={Intracranial Pressure and Brain Monitoring XII}, | |
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| year={2005}, | 1076 | 1076 | year={2005}, | |
| organization={Springer} | 1077 | 1077 | organization={Springer} | |
| } | 1078 | 1078 | } | |
| 1079 | 1079 | |||
| @inproceedings{czosnyka2012modeling, | 1080 | 1080 | @inproceedings{czosnyka2012modeling, | |
| title={Modeling of CSF dynamics: legacy of Professor Anthony Marmarou}, | 1081 | 1081 | title={Modeling of CSF dynamics: legacy of Professor Anthony Marmarou}, | |
| author={Czosnyka, Marek and Czosnyka, Zofia and Agarwal-Harding, Kiran J and Pickard, John D}, | 1082 | 1082 | author={Czosnyka, Marek and Czosnyka, Zofia and Agarwal-Harding, Kiran J and Pickard, John D}, | |
| booktitle={Hydrocephalus: Selected Papers from the International Workshop in Crete, 2010}, | 1083 | 1083 | booktitle={Hydrocephalus: Selected Papers from the International Workshop in Crete, 2010}, | |
| pages={9--14}, | 1084 | 1084 | pages={9--14}, | |
| year={2012}, | 1085 | 1085 | year={2012}, | |
| organization={Springer} | 1086 | 1086 | organization={Springer} | |
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| 1088 | 1088 | |||
| @article{wagshul2011pulsating, | 1089 | 1089 | @article{wagshul2011pulsating, | |
| title={The pulsating brain: a review of experimental and clinical studies of intracranial pulsatility}, | 1090 | 1090 | title={The pulsating brain: a review of experimental and clinical studies of intracranial pulsatility}, | |
| author={Wagshul, Mark E and Eide, Per K and Madsen, Joseph R}, | 1091 | 1091 | author={Wagshul, Mark E and Eide, Per K and Madsen, Joseph R}, | |
| journal={Fluids and Barriers of the CNS}, | 1092 | 1092 | journal={Fluids and Barriers of the CNS}, | |
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| year={2011}, | 1095 | 1095 | year={2011}, | |
| publisher={Springer} | 1096 | 1096 | publisher={Springer} | |
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| 1098 | 1098 | |||
| @article{eide2011randomized, | 1099 | 1099 | @article{eide2011randomized, | |
| title={A randomized and blinded single-center trial comparing the effect of intracranial pressure and intracranial pressure wave amplitude-guided intensive care management on early clinical state and 12-month outcome in patients with aneurysmal subarachnoid hemorrhage}, | 1100 | 1100 | title={A randomized and blinded single-center trial comparing the effect of intracranial pressure and intracranial pressure wave amplitude-guided intensive care management on early clinical state and 12-month outcome in patients with aneurysmal subarachnoid hemorrhage}, | |
| author={Eide, Per Kristian and Bentsen, Gunnar and Sorteberg, Angelika G and Marthinsen, P{\aa}l Bache and Stubhaug, Audun and Sorteberg, Wilhelm}, | 1101 | 1101 | author={Eide, Per Kristian and Bentsen, Gunnar and Sorteberg, Angelika G and Marthinsen, P{\aa}l Bache and Stubhaug, Audun and Sorteberg, Wilhelm}, | |
| journal={Neurosurgery}, | 1102 | 1102 | journal={Neurosurgery}, | |
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| pages={1105--1115}, | 1105 | 1105 | pages={1105--1115}, | |
| year={2011}, | 1106 | 1106 | year={2011}, | |
| publisher={LWW} | 1107 | 1107 | publisher={LWW} | |
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| 1109 | 1109 | |||
| @article{eide2013intracranial, | 1110 | 1110 | @article{eide2013intracranial, | |
| title={An intracranial pressure-derived index monitored simultaneously from two separate sensors in patients with cerebral bleeds: comparison of findings}, | 1111 | 1111 | title={An intracranial pressure-derived index monitored simultaneously from two separate sensors in patients with cerebral bleeds: comparison of findings}, | |
| author={Eide, Per Kristian and Sorteberg, Wilhelm}, | 1112 | 1112 | author={Eide, Per Kristian and Sorteberg, Wilhelm}, | |
| journal={BioMedical Engineering OnLine}, | 1113 | 1113 | journal={BioMedical Engineering OnLine}, | |
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| year={2013}, | 1116 | 1116 | year={2013}, | |
| publisher={Springer} | 1117 | 1117 | publisher={Springer} | |
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| 1119 | 1119 | |||
| @article{spiegelberg2020raq, | 1120 | 1120 | @article{spiegelberg2020raq, | |
| title={RAQ: a novel surrogate for the craniospinal pressure--volume relationship}, | 1121 | 1121 | title={RAQ: a novel surrogate for the craniospinal pressure--volume relationship}, | |
| author={Spiegelberg, Andreas and Krause, Matthias and Meixensberger, Juergen and Kurtcuoglu, Vartan}, | 1122 | 1122 | author={Spiegelberg, Andreas and Krause, Matthias and Meixensberger, Juergen and Kurtcuoglu, Vartan}, | |
| journal={Physiological measurement}, | 1123 | 1123 | journal={Physiological measurement}, | |
| volume={41}, | 1124 | 1124 | volume={41}, | |
| number={9}, | 1125 | 1125 | number={9}, | |
| pages={094002}, | 1126 | 1126 | pages={094002}, | |
| year={2020}, | 1127 | 1127 | year={2020}, | |
| publisher={IOP Publishing} | 1128 | 1128 | publisher={IOP Publishing} | |
| } | 1129 | 1129 | } | |
| 1130 | 1130 | |||
| @article{kalaiarasan2024novel, | 1131 | 1131 | @article{kalaiarasan2024novel, | |
| title={A Novel Methodology for Intracranial Pressure Subpeak Identification Enabling Morphological Feature Analysis}, | 1132 | 1132 | title={A Novel Methodology for Intracranial Pressure Subpeak Identification Enabling Morphological Feature Analysis}, | |
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| journal={IEEE Transactions on Biomedical Engineering}, | 1134 | 1134 | journal={IEEE Transactions on Biomedical Engineering}, | |
| year={2024}, | 1135 | 1135 | year={2024}, | |
| publisher={IEEE} | 1136 | 1136 | publisher={IEEE} | |
| } | 1137 | 1137 | } | |
| 1138 | 1138 | |||
| %%% P2/P1%%% | 1139 | 1139 | %%% P2/P1%%% | |
| @article{lee2015morphological, | 1140 | 1140 | @article{lee2015morphological, | |
| title={Morphological feature extraction from a continuous intracranial pressure pulse via a peak clustering algorithm}, | 1141 | 1141 | title={Morphological feature extraction from a continuous intracranial pressure pulse via a peak clustering algorithm}, | |
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| journal={IEEE Transactions on Biomedical Engineering}, | 1143 | 1143 | journal={IEEE Transactions on Biomedical Engineering}, | |
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| pages={2169--2176}, | 1146 | 1146 | pages={2169--2176}, | |
| year={2015}, | 1147 | 1147 | year={2015}, | |
| publisher={IEEE} | 1148 | 1148 | publisher={IEEE} | |
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| 1150 | 1150 | |||
| @article{hu2008morphological, | 1151 | 1151 | @article{hu2008morphological, | |
| title={Morphological clustering and analysis of continuous intracranial pressure}, | 1152 | 1152 | title={Morphological clustering and analysis of continuous intracranial pressure}, | |
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| journal={IEEE Transactions on Biomedical Engineering}, | 1154 | 1154 | journal={IEEE Transactions on Biomedical Engineering}, | |
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| publisher={IEEE} | 1159 | 1159 | publisher={IEEE} | |
| } | 1160 | 1160 | } | |
| 1161 | 1161 | |||
| @article{hu2010intracranial, | 1162 | 1162 | @article{hu2010intracranial, | |
| title={Intracranial pressure pulse morphological features improved detection of decreased cerebral blood flow}, | 1163 | 1163 | title={Intracranial pressure pulse morphological features improved detection of decreased cerebral blood flow}, | |
| author={Hu, Xiao and Glenn, Thomas and Scalzo, Fabien and Bergsneider, Marvin and Sarkiss, Chris and Martin, Neil and Vespa, Paul}, | 1164 | 1164 | author={Hu, Xiao and Glenn, Thomas and Scalzo, Fabien and Bergsneider, Marvin and Sarkiss, Chris and Martin, Neil and Vespa, Paul}, | |
| journal={Physiological measurement}, | 1165 | 1165 | journal={Physiological measurement}, | |
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| year={2010}, | 1169 | 1169 | year={2010}, | |
| publisher={IOP Publishing} | 1170 | 1170 | publisher={IOP Publishing} | |
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| 1172 | 1172 | |||
| @article{scalzo2012bayesian, | 1173 | 1173 | @article{scalzo2012bayesian, | |
| title={Bayesian tracking of intracranial pressure signal morphology}, | 1174 | 1174 | title={Bayesian tracking of intracranial pressure signal morphology}, | |
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| journal={Artificial intelligence in medicine}, | 1176 | 1176 | journal={Artificial intelligence in medicine}, | |
| volume={54}, | 1177 | 1177 | volume={54}, | |
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| year={2012}, | 1180 | 1180 | year={2012}, | |
| publisher={Elsevier} | 1181 | 1181 | publisher={Elsevier} | |
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| 1183 | 1183 | |||
| @article{rashidinejad2020patient, | 1184 | 1184 | @article{rashidinejad2020patient, | |
| title={Patient-adaptable intracranial pressure morphology analysis using a probabilistic model-based approach}, | 1185 | 1185 | title={Patient-adaptable intracranial pressure morphology analysis using a probabilistic model-based approach}, | |
| author={Rashidinejad, Paria and Hu, Xiao and Russell, Stuart}, | 1186 | 1186 | author={Rashidinejad, Paria and Hu, Xiao and Russell, Stuart}, | |
| journal={Physiological measurement}, | 1187 | 1187 | journal={Physiological measurement}, | |
| volume={41}, | 1188 | 1188 | volume={41}, | |
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| pages={104003}, | 1190 | 1190 | pages={104003}, | |
| year={2020}, | 1191 | 1191 | year={2020}, | |
| publisher={IOP Publishing} | 1192 | 1192 | publisher={IOP Publishing} | |
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| 1194 | 1194 | |||
| @article{mataczynski2021end, | 1195 | 1195 | @article{mataczynski2021end, | |
| title={End-to-end automatic morphological classification of intracranial pressure pulse waveforms using deep learning}, | 1196 | 1196 | title={End-to-end automatic morphological classification of intracranial pressure pulse waveforms using deep learning}, | |
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| journal={IEEE Journal of Biomedical and Health Informatics}, | 1198 | 1198 | journal={IEEE Journal of Biomedical and Health Informatics}, | |
| volume={26}, | 1199 | 1199 | volume={26}, | |
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| pages={494--504}, | 1201 | 1201 | pages={494--504}, | |
| year={2021}, | 1202 | 1202 | year={2021}, | |
| publisher={IEEE} | 1203 | 1203 | publisher={IEEE} | |
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| 1205 | 1205 | |||
| @article{nucci2016intracranial, | 1206 | 1206 | @article{nucci2016intracranial, | |
| title={Intracranial pressure wave morphological classification: automated analysis and clinical validation}, | 1207 | 1207 | title={Intracranial pressure wave morphological classification: automated analysis and clinical validation}, | |
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| journal={Acta neurochirurgica}, | 1209 | 1209 | journal={Acta neurochirurgica}, | |
| volume={158}, | 1210 | 1210 | volume={158}, | |
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| year={2016}, | 1212 | 1212 | year={2016}, | |
| publisher={Springer} | 1213 | 1213 | publisher={Springer} | |
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| 1215 | 1215 | |||
| @article{kazimierska2023relationship, | 1216 | 1216 | @article{kazimierska2023relationship, | |
| title={Relationship between the shape of intracranial pressure pulse waveform and computed tomography characteristics in patients after traumatic brain injury}, | 1217 | 1217 | title={Relationship between the shape of intracranial pressure pulse waveform and computed tomography characteristics in patients after traumatic brain injury}, | |
| author={Kazimierska, Agnieszka and Uryga, Agnieszka and Mataczy{\'n}ski, Cyprian and Czosnyka, Marek and Lang, Erhard W and Kasprowicz, Magdalena}, | 1218 | 1218 | author={Kazimierska, Agnieszka and Uryga, Agnieszka and Mataczy{\'n}ski, Cyprian and Czosnyka, Marek and Lang, Erhard W and Kasprowicz, Magdalena}, | |
| journal={Critical Care}, | 1219 | 1219 | journal={Critical Care}, | |
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| number={1}, | 1221 | 1221 | number={1}, | |
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| year={2023}, | 1223 | 1223 | year={2023}, | |
| publisher={Springer} | 1224 | 1224 | publisher={Springer} | |
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| 1226 | 1226 | |||
| %%% PIC et Doppler %%% | 1227 | 1227 | %%% PIC et Doppler %%% | |
| 1228 | 1228 | |||
| @article{ract2007transcranial, | 1229 | 1229 | @article{ract2007transcranial, | |
| title={Transcranial Doppler ultrasound goal-directed therapy for the early management of severe traumatic brain injury}, | 1230 | 1230 | title={Transcranial Doppler ultrasound goal-directed therapy for the early management of severe traumatic brain injury}, | |
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| publisher={Springer} | 1236 | 1236 | publisher={Springer} | |
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| 1238 | 1238 | |||
| @article{baska2024transcranial, | 1239 | 1239 | @article{baska2024transcranial, | |
| title={Transcranial sonography: practical use in the intensive care unit}, | 1240 | 1240 | title={Transcranial sonography: practical use in the intensive care unit}, | |
| author={Baska, Aleksandra and Sporysz-Janiec, Krystian and Figura, Monika and Andruszkiewicz, Pawe{\l} and Zawadka, Mateusz}, | 1241 | 1241 | author={Baska, Aleksandra and Sporysz-Janiec, Krystian and Figura, Monika and Andruszkiewicz, Pawe{\l} and Zawadka, Mateusz}, | |
| journal={Anaesthesiology Intensive Therapy}, | 1242 | 1242 | journal={Anaesthesiology Intensive Therapy}, | |
| volume={56}, | 1243 | 1243 | volume={56}, | |
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| year={2024}, | 1246 | 1246 | year={2024}, | |
| publisher={Termedia} | 1247 | 1247 | publisher={Termedia} | |
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| 1249 | 1249 | |||
| @article{martinez2024non, | 1250 | 1250 | @article{martinez2024non, | |
| title={Non-invasive methods for intracranial pressure monitoring in traumatic brain injury using transcranial doppler: a scoping review}, | 1251 | 1251 | title={Non-invasive methods for intracranial pressure monitoring in traumatic brain injury using transcranial doppler: a scoping review}, | |
| author={Mart{\'\i}nez-Palacios, Karol and V{\'a}squez-Garc{\'\i}a, Sebasti{\'a}n and Fariyike, Olubunmi A and Robba, Chiara and Rubiano, Andr{\'e}s M}, | 1252 | 1252 | author={Mart{\'\i}nez-Palacios, Karol and V{\'a}squez-Garc{\'\i}a, Sebasti{\'a}n and Fariyike, Olubunmi A and Robba, Chiara and Rubiano, Andr{\'e}s M}, | |
| journal={Journal of neurotrauma}, | 1253 | 1253 | journal={Journal of neurotrauma}, | |
| volume={41}, | 1254 | 1254 | volume={41}, | |
| number={11-12}, | 1255 | 1255 | number={11-12}, | |
| pages={1282--1298}, | 1256 | 1256 | pages={1282--1298}, | |
| year={2024}, | 1257 | 1257 | year={2024}, | |
| publisher={Mary Ann Liebert, Inc., publishers 140 Huguenot Street, 3rd Floor New~…} | 1258 | 1258 | publisher={Mary Ann Liebert, Inc., publishers 140 Huguenot Street, 3rd Floor New~…} | |
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| 1260 | 1260 | |||
| @article{dokponou2023transcranial, | 1261 | 1261 | @article{dokponou2023transcranial, | |
| title={Transcranial doppler in the non-invasive estimation of intracranial pressure in traumatic brain injury compared to other non-invasive methods in lower-middle income countries: Systematic review and meta-analysis}, | 1262 | 1262 | title={Transcranial doppler in the non-invasive estimation of intracranial pressure in traumatic brain injury compared to other non-invasive methods in lower-middle income countries: Systematic review and meta-analysis}, | |
| author={Dokponou, Yao Christian Hugues and Badirou, Omar Boladji Ad{\'e}bayo and Agada, Kp{\`e}gnon Nicaise and Dossou, M{\`e}hom{\`e} Wilfried and Lawson, Lat{\'e} Dzidoula and Ossaga, Madjoue Ars{\`e}ne D{\'e}sir{\'e} and Nyalundja, Arsene Daniel and de Paule Adjiou, Dognon Kossi Fran{\c{c}}ois and Lassissi, Katib Ulrich and Houndodjade, Sena Midas Credo and others}, | 1263 | 1263 | author={Dokponou, Yao Christian Hugues and Badirou, Omar Boladji Ad{\'e}bayo and Agada, Kp{\`e}gnon Nicaise and Dossou, M{\`e}hom{\`e} Wilfried and Lawson, Lat{\'e} Dzidoula and Ossaga, Madjoue Ars{\`e}ne D{\'e}sir{\'e} and Nyalundja, Arsene Daniel and de Paule Adjiou, Dognon Kossi Fran{\c{c}}ois and Lassissi, Katib Ulrich and Houndodjade, Sena Midas Credo and others}, | |
| journal={Journal of Clinical Neuroscience}, | 1264 | 1264 | journal={Journal of Clinical Neuroscience}, | |
| volume={113}, | 1265 | 1265 | volume={113}, | |
| pages={70--76}, | 1266 | 1266 | pages={70--76}, | |
| year={2023}, | 1267 | 1267 | year={2023}, | |
| publisher={Elsevier} | 1268 | 1268 | publisher={Elsevier} | |
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| 1270 | 1270 | |||
| @article{kartal2024define, | 1271 | 1271 | @article{kartal2024define, | |
| title={How to define and meet blood pressure targets after traumatic brain injury: a narrative review}, | 1272 | 1272 | title={How to define and meet blood pressure targets after traumatic brain injury: a narrative review}, | |
| author={Kartal, Ahmet and Robba, Chiara and Helmy, Adel and Wolf, Stefan and Aries, Marcel JH}, | 1273 | 1273 | author={Kartal, Ahmet and Robba, Chiara and Helmy, Adel and Wolf, Stefan and Aries, Marcel JH}, | |
| journal={Neurocritical Care}, | 1274 | 1274 | journal={Neurocritical Care}, | |
| volume={41}, | 1275 | 1275 | volume={41}, | |
| number={2}, | 1276 | 1276 | number={2}, | |
| pages={369--385}, | 1277 | 1277 | pages={369--385}, | |
| year={2024}, | 1278 | 1278 | year={2024}, | |
| publisher={Springer} | 1279 | 1279 | publisher={Springer} | |
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| 1281 | 1281 | |||
| @article{vu2024monitoring, | 1282 | 1282 | @article{vu2024monitoring, | |
| title={Monitoring of cerebral blood flow autoregulation: physiologic basis, measurement, and clinical implications}, | 1283 | 1283 | title={Monitoring of cerebral blood flow autoregulation: physiologic basis, measurement, and clinical implications}, | |
| author={Vu, Eric L and Brown, Charles H and Brady, Kenneth M and Hogue, Charles W}, | 1284 | 1284 | author={Vu, Eric L and Brown, Charles H and Brady, Kenneth M and Hogue, Charles W}, | |
| journal={British journal of anaesthesia}, | 1285 | 1285 | journal={British journal of anaesthesia}, | |
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| pages={1260--1273}, | 1288 | 1288 | pages={1260--1273}, | |
| year={2024}, | 1289 | 1289 | year={2024}, | |
| publisher={Elsevier} | 1290 | 1290 | publisher={Elsevier} | |
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| 1292 | 1292 | |||
| @article{czosnyka2022pro, | 1293 | 1293 | @article{czosnyka2022pro, | |
| title={Pro-Con debate: the clinical (ir) relevance of the lower limit of cerebral autoregulation for anesthesiologists}, | 1294 | 1294 | title={Pro-Con debate: the clinical (ir) relevance of the lower limit of cerebral autoregulation for anesthesiologists}, | |
| author={Czosnyka, Marek and Santarius, Thomas and Donnelly, Joseph and van den Dool, Rokus EC and Weiland, Nicolaas H Sperna}, | 1295 | 1295 | author={Czosnyka, Marek and Santarius, Thomas and Donnelly, Joseph and van den Dool, Rokus EC and Weiland, Nicolaas H Sperna}, | |
| journal={Anesthesia \& Analgesia}, | 1296 | 1296 | journal={Anesthesia \& Analgesia}, | |
| volume={135}, | 1297 | 1297 | volume={135}, | |
| number={4}, | 1298 | 1298 | number={4}, | |
| pages={734--743}, | 1299 | 1299 | pages={734--743}, | |
| year={2022}, | 1300 | 1300 | year={2022}, | |
| publisher={LWW} | 1301 | 1301 | publisher={LWW} | |
| } | 1302 | 1302 | } | |
| 1303 | 1303 | |||
| %%% Autorégulation %%% | 1304 | 1304 | %%% Autorégulation %%% | |
| 1305 | 1305 | |||
| @article{powers1985cerebral, | 1306 | 1306 | @article{powers1985cerebral, | |
| title={Cerebral blood flow and cerebral metabolic rate of oxygen requirements for cerebral function and viability in humans}, | 1307 | 1307 | title={Cerebral blood flow and cerebral metabolic rate of oxygen requirements for cerebral function and viability in humans}, | |
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| journal={Journal of Cerebral Blood Flow \& Metabolism}, | 1309 | 1309 | journal={Journal of Cerebral Blood Flow \& Metabolism}, | |
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| number={4}, | 1311 | 1311 | number={4}, | |
| pages={600--608}, | 1312 | 1312 | pages={600--608}, | |
| year={1985}, | 1313 | 1313 | year={1985}, | |
| publisher={SAGE Publications Sage UK: London, England} | 1314 | 1314 | publisher={SAGE Publications Sage UK: London, England} | |
| } | 1315 | 1315 | } | |
| 1316 | 1316 | |||
| @article{williams1989reference, | 1317 | 1317 | @article{williams1989reference, | |
| title={Reference values for resting blood flow to organs of man}, | 1318 | 1318 | title={Reference values for resting blood flow to organs of man}, | |
| author={Williams, LR and Leggett, RW}, | 1319 | 1319 | author={Williams, LR and Leggett, RW}, | |
| journal={Clinical Physics and Physiological Measurement}, | 1320 | 1320 | journal={Clinical Physics and Physiological Measurement}, | |
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| year={1989}, | 1324 | 1324 | year={1989}, | |
| publisher={IOP Publishing} | 1325 | 1325 | publisher={IOP Publishing} | |
| } | 1326 | 1326 | } | |
| 1327 | 1327 | |||
| @article{gomez2025individualized, | 1328 | 1328 | @article{gomez2025individualized, | |
| title={Individualized autoregulation-guided arterial blood pressure management in neurocritical care}, | 1329 | 1329 | title={Individualized autoregulation-guided arterial blood pressure management in neurocritical care}, | |
| author={Gomez, Jonathan R and Bhende, Bhagyashri U and Mathur, Rohan and Gonzalez, L Fernando and Shah, Vishank A}, | 1330 | 1330 | author={Gomez, Jonathan R and Bhende, Bhagyashri U and Mathur, Rohan and Gonzalez, L Fernando and Shah, Vishank A}, | |
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| year={2025}, | 1333 | 1333 | year={2025}, | |
| publisher={Elsevier} | 1334 | 1334 | publisher={Elsevier} | |
| } | 1335 | 1335 | } | |
| 1336 | 1336 | |||
| @article{rivera2017cerebral, | 1337 | 1337 | @article{rivera2017cerebral, | |
| title={Cerebral autoregulation-oriented therapy at the bedside}, | 1338 | 1338 | title={Cerebral autoregulation-oriented therapy at the bedside}, | |
| author={Rivera-Lara, Lucia and Zorrilla-Vaca, Andres and Geocadin, Romergryko G and Healy, Ryan J and Ziai, Wendy and Mirski, Marek A}, | 1339 | 1339 | author={Rivera-Lara, Lucia and Zorrilla-Vaca, Andres and Geocadin, Romergryko G and Healy, Ryan J and Ziai, Wendy and Mirski, Marek A}, | |
| journal={Anesthesiology}, | 1340 | 1340 | journal={Anesthesiology}, | |
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| year={2017}, | 1344 | 1344 | year={2017}, | |
| publisher={Wolters Kluwer} | 1345 | 1345 | publisher={Wolters Kluwer} | |
| } | 1346 | 1346 | } | |
| 1347 | 1347 | |||
| @article{willie2014integrative, | 1348 | 1348 | @article{willie2014integrative, | |
| title={Integrative regulation of human brain blood flow}, | 1349 | 1349 | title={Integrative regulation of human brain blood flow}, | |
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| year={2014}, | 1355 | 1355 | year={2014}, | |
| publisher={Wiley Online Library} | 1356 | 1356 | publisher={Wiley Online Library} | |
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| 1358 | 1358 | |||
| @article{dietvorst2024development, | 1359 | 1359 | @article{dietvorst2024development, | |
| title={Development of a piglet model for cerebrovascular autoregulation assessment with altered PaCO2}, | 1360 | 1360 | title={Development of a piglet model for cerebrovascular autoregulation assessment with altered PaCO2}, | |
| author={Dietvorst, Sofie and Desloovere, Veerle and Meyfroidt, Geert and Depreitere, Bart}, | 1361 | 1361 | author={Dietvorst, Sofie and Desloovere, Veerle and Meyfroidt, Geert and Depreitere, Bart}, | |
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| year={2024}, | 1365 | 1365 | year={2024}, | |
| publisher={Elsevier} | 1366 | 1366 | publisher={Elsevier} | |
| } | 1367 | 1367 | } | |
| 1368 | 1368 | |||
| @article{jackson2016arteriolar, | 1369 | 1369 | @article{jackson2016arteriolar, | |
| title={Arteriolar oxygen reactivity: where is the sensor and what is the mechanism of action?}, | 1370 | 1370 | title={Arteriolar oxygen reactivity: where is the sensor and what is the mechanism of action?}, | |
| author={Jackson, William F}, | 1371 | 1371 | author={Jackson, William F}, | |
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| year={2016}, | 1376 | 1376 | year={2016}, | |
| publisher={Wiley Online Library} | 1377 | 1377 | publisher={Wiley Online Library} | |
| } | 1378 | 1378 | } | |
| 1379 | 1379 | |||
| @article{beaudin2017human, | 1380 | 1380 | @article{beaudin2017human, | |
| title={Human cerebral blood flow control during hypoxia: focus on chronic pulmonary obstructive disease and obstructive sleep apnea}, | 1381 | 1381 | title={Human cerebral blood flow control during hypoxia: focus on chronic pulmonary obstructive disease and obstructive sleep apnea}, | |
| author={Beaudin, Andrew E and Hartmann, Sara E and Pun, Matiram and Poulin, Marc J}, | 1382 | 1382 | author={Beaudin, Andrew E and Hartmann, Sara E and Pun, Matiram and Poulin, Marc J}, | |
| journal={Journal of Applied Physiology}, | 1383 | 1383 | journal={Journal of Applied Physiology}, | |
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| year={2017}, | 1387 | 1387 | year={2017}, | |
| publisher={American Physiological Society Bethesda, MD} | 1388 | 1388 | publisher={American Physiological Society Bethesda, MD} | |
| } | 1389 | 1389 | } | |
| 1390 | 1390 | |||
| @article{ashby2021endothelial, | 1391 | 1391 | @article{ashby2021endothelial, | |
| title={Endothelial control of cerebral blood flow}, | 1392 | 1392 | title={Endothelial control of cerebral blood flow}, | |
| author={Ashby, Julianne W and Mack, Julia J}, | 1393 | 1393 | author={Ashby, Julianne W and Mack, Julia J}, | |
| journal={The American Journal of Pathology}, | 1394 | 1394 | journal={The American Journal of Pathology}, | |
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| pages={1906--1916}, | 1397 | 1397 | pages={1906--1916}, | |
| year={2021}, | 1398 | 1398 | year={2021}, | |
| publisher={Elsevier} | 1399 | 1399 | publisher={Elsevier} | |
| } | 1400 | 1400 | } | |
| 1401 | 1401 | |||
| @article{phillips2016neurovascular, | 1402 | 1402 | @article{phillips2016neurovascular, | |
| title={Neurovascular coupling in humans: physiology, methodological advances and clinical implications}, | 1403 | 1403 | title={Neurovascular coupling in humans: physiology, methodological advances and clinical implications}, | |
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| journal={Journal of Cerebral Blood Flow \& Metabolism}, | 1405 | 1405 | journal={Journal of Cerebral Blood Flow \& Metabolism}, | |
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| pages={647--664}, | 1408 | 1408 | pages={647--664}, | |
| year={2016}, | 1409 | 1409 | year={2016}, | |
| publisher={SAGE Publications Sage UK: London, England} | 1410 | 1410 | publisher={SAGE Publications Sage UK: London, England} | |
| } | 1411 | 1411 | } | |
| 1412 | 1412 | |||
| @article{hamner2014relative, | 1413 | 1413 | @article{hamner2014relative, | |
| title={Relative contributions of sympathetic, cholinergic, and myogenic mechanisms to cerebral autoregulation}, | 1414 | 1414 | title={Relative contributions of sympathetic, cholinergic, and myogenic mechanisms to cerebral autoregulation}, | |
| author={Hamner, JW and Tan, Can Ozan}, | 1415 | 1415 | author={Hamner, JW and Tan, Can Ozan}, | |
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| pages={1771--1777}, | 1419 | 1419 | pages={1771--1777}, | |
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| 1423 | 1423 | |||
| 1424 | 1424 | |||
| @article{halpern1984mechanical, | 1425 | 1425 | @article{halpern1984mechanical, | |
| title={Mechanical behavior of pressurized in vitro prearteriolar vessels determined with a video system}, | 1426 | 1426 | title={Mechanical behavior of pressurized in vitro prearteriolar vessels determined with a video system}, | |
| author={Halpern, William and Osol, George and Coy, George S}, | 1427 | 1427 | author={Halpern, William and Osol, George and Coy, George S}, | |
| journal={Annals of biomedical engineering}, | 1428 | 1428 | journal={Annals of biomedical engineering}, | |
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| year={1984}, | 1431 | 1431 | year={1984}, | |
| publisher={Springer} | 1432 | 1432 | publisher={Springer} | |
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| 1434 | 1434 | |||
| @article{lidington2018cerebral, | 1435 | 1435 | @article{lidington2018cerebral, | |
| title={Cerebral artery myogenic reactivity: the next frontier in developing effective interventions for subarachnoid hemorrhage}, | 1436 | 1436 | title={Cerebral artery myogenic reactivity: the next frontier in developing effective interventions for subarachnoid hemorrhage}, | |
| author={Lidington, Darcy and Kroetsch, Jeffrey T and Bolz, Steffen-Sebastian}, | 1437 | 1437 | author={Lidington, Darcy and Kroetsch, Jeffrey T and Bolz, Steffen-Sebastian}, | |
| journal={Journal of Cerebral Blood Flow \& Metabolism}, | 1438 | 1438 | journal={Journal of Cerebral Blood Flow \& Metabolism}, | |
| volume={38}, | 1439 | 1439 | volume={38}, | |
| number={1}, | 1440 | 1440 | number={1}, | |
| pages={17--37}, | 1441 | 1441 | pages={17--37}, | |
| year={2018}, | 1442 | 1442 | year={2018}, | |
| publisher={SAGE Publications Sage UK: London, England} | 1443 | 1443 | publisher={SAGE Publications Sage UK: London, England} | |
| } | 1444 | 1444 | } | |
| 1445 | 1445 | |||
| @article{jackson2021calcium, | 1446 | 1446 | @article{jackson2021calcium, | |
| title={Calcium-dependent ion channels and the regulation of arteriolar myogenic tone}, | 1447 | 1447 | title={Calcium-dependent ion channels and the regulation of arteriolar myogenic tone}, | |
| author={Jackson, William F}, | 1448 | 1448 | author={Jackson, William F}, | |
| journal={Frontiers in physiology}, | 1449 | 1449 | journal={Frontiers in physiology}, | |
| volume={12}, | 1450 | 1450 | volume={12}, | |
| pages={770450}, | 1451 | 1451 | pages={770450}, | |
| year={2021}, | 1452 | 1452 | year={2021}, | |
| publisher={Frontiers Media SA} | 1453 | 1453 | publisher={Frontiers Media SA} | |
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| 1455 | 1455 | |||
| @article{claassen2016transfer, | 1456 | 1456 | @article{claassen2016transfer, | |
| title={Transfer function analysis of dynamic cerebral autoregulation: a white paper from the International Cerebral Autoregulation Research Network}, | 1457 | 1457 | title={Transfer function analysis of dynamic cerebral autoregulation: a white paper from the International Cerebral Autoregulation Research Network}, | |
| author={Claassen, Jurgen AHR and Meel-van den Abeelen, Aisha SS and Simpson, David M and Panerai, Ronney B and International Cerebral Autoregulation Research Network (CARNet)}, | 1458 | 1458 | author={Claassen, Jurgen AHR and Meel-van den Abeelen, Aisha SS and Simpson, David M and Panerai, Ronney B and International Cerebral Autoregulation Research Network (CARNet)}, | |
| journal={Journal of Cerebral Blood Flow \& Metabolism}, | 1459 | 1459 | journal={Journal of Cerebral Blood Flow \& Metabolism}, | |
| volume={36}, | 1460 | 1460 | volume={36}, | |
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| pages={665--680}, | 1462 | 1462 | pages={665--680}, | |
| year={2016}, | 1463 | 1463 | year={2016}, | |
| publisher={SAGE Publications Sage UK: London, England} | 1464 | 1464 | publisher={SAGE Publications Sage UK: London, England} | |
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| 1466 | 1466 | |||
| @article{panerai2023transfer, | 1467 | 1467 | @article{panerai2023transfer, | |
| title={Transfer function analysis of dynamic cerebral autoregulation: a CARNet white paper 2022 update}, | 1468 | 1468 | title={Transfer function analysis of dynamic cerebral autoregulation: a CARNet white paper 2022 update}, | |
| author={Panerai, Ronney B and Brassard, Patrice and Burma, Joel S and Castro, Pedro and Claassen, Jurgen AHR and van Lieshout, Johannes J and Liu, Jia and Lucas, Samuel JE and Minhas, Jatinder S and Mitsis, Georgios D and others}, | 1469 | 1469 | author={Panerai, Ronney B and Brassard, Patrice and Burma, Joel S and Castro, Pedro and Claassen, Jurgen AHR and van Lieshout, Johannes J and Liu, Jia and Lucas, Samuel JE and Minhas, Jatinder S and Mitsis, Georgios D and others}, | |
| journal={Journal of Cerebral Blood Flow \& Metabolism}, | 1470 | 1470 | journal={Journal of Cerebral Blood Flow \& Metabolism}, | |
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| year={2023}, | 1474 | 1474 | year={2023}, | |
| publisher={SAGE Publications Sage UK: London, England} | 1475 | 1475 | publisher={SAGE Publications Sage UK: London, England} | |
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| 1477 | 1477 | |||
| @article{howells2025vasomotion, | 1478 | 1478 | @article{howells2025vasomotion, | |
| title={Vasomotion and Cerebral Blood Flow in Patients With Traumatic Brain Injury and Subarachnoid Hemorrhage: Cerebrovascular Autoregulation Versus Autonomic Control}, | 1479 | 1479 | title={Vasomotion and Cerebral Blood Flow in Patients With Traumatic Brain Injury and Subarachnoid Hemorrhage: Cerebrovascular Autoregulation Versus Autonomic Control}, | |
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| @article{paulson1990cerebral, | 1489 | 1489 | @article{paulson1990cerebral, | |
| title={Cerebral autoregulation}, | 1490 | 1490 | title={Cerebral autoregulation}, | |
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| @article{sorrentino2011critical, | 1499 | 1499 | @article{sorrentino2011critical, | |
| title={Critical thresholds for transcranial Doppler indices of cerebral autoregulation in traumatic brain injury}, | 1500 | 1500 | title={Critical thresholds for transcranial Doppler indices of cerebral autoregulation in traumatic brain injury}, | |
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| journal={Neurocritical care}, | 1502 | 1502 | journal={Neurocritical care}, | |
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| publisher={Springer} | 1506 | 1506 | publisher={Springer} | |
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| @article{czosnyka1996monitoring, | 1509 | 1509 | @article{czosnyka1996monitoring, | |
| title={Monitoring of cerebral autoregulation in head-injured patients}, | 1510 | 1510 | title={Monitoring of cerebral autoregulation in head-injured patients}, | |
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| @article{lang2002continuous, | 1520 | 1520 | @article{lang2002continuous, | |
| title={Continuous monitoring of cerebrovascular autoregulation: a validation study}, | 1521 | 1521 | title={Continuous monitoring of cerebrovascular autoregulation: a validation study}, | |
| author={Lang, EW and Mehdorn, HM and Dorsch, NWC and Czosnyka, Marek}, | 1522 | 1522 | author={Lang, EW and Mehdorn, HM and Dorsch, NWC and Czosnyka, Marek}, | |
| journal={Journal of Neurology, Neurosurgery \& Psychiatry}, | 1523 | 1523 | journal={Journal of Neurology, Neurosurgery \& Psychiatry}, | |
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| @article{schmidt2003symmetry, | 1531 | 1531 | @article{schmidt2003symmetry, | |
| title={Symmetry of cerebral hemodynamic indices derived from bilateral transcranial Doppler}, | 1532 | 1532 | title={Symmetry of cerebral hemodynamic indices derived from bilateral transcranial Doppler}, | |
| author={Schmidt, Eric A and Piechnik, Stefan K and Smielewski, Piotr and Raabe, Andreas and Matta, Basil F and Czosnyka, Marek}, | 1533 | 1533 | author={Schmidt, Eric A and Piechnik, Stefan K and Smielewski, Piotr and Raabe, Andreas and Matta, Basil F and Czosnyka, Marek}, | |
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| @article{olsen2022reliability, | 1542 | 1542 | @article{olsen2022reliability, | |
| title={Reliability and validity of the mean flow index (Mx) for assessing cerebral autoregulation in humans: a systematic review of the methodology}, | 1543 | 1543 | title={Reliability and validity of the mean flow index (Mx) for assessing cerebral autoregulation in humans: a systematic review of the methodology}, | |
| author={Olsen, Markus Harboe and Riberholt, Christian Gunge and Mehlsen, Jesper and Berg, Ronan MG and M{\o}ller, Kirsten}, | 1544 | 1544 | author={Olsen, Markus Harboe and Riberholt, Christian Gunge and Mehlsen, Jesper and Berg, Ronan MG and M{\o}ller, Kirsten}, | |
| journal={Journal of Cerebral Blood Flow \& Metabolism}, | 1545 | 1545 | journal={Journal of Cerebral Blood Flow \& Metabolism}, | |
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| pages={27--38}, | 1548 | 1548 | pages={27--38}, | |
| year={2022}, | 1549 | 1549 | year={2022}, | |
| publisher={SAGE Publications Sage UK: London, England} | 1550 | 1550 | publisher={SAGE Publications Sage UK: London, England} | |
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| 1552 | 1552 | |||
| @article{budohoski2012monitoring, | 1553 | 1553 | @article{budohoski2012monitoring, | |
| title={Monitoring cerebral autoregulation after head injury. Which component of transcranial Doppler flow velocity is optimal?}, | 1554 | 1554 | title={Monitoring cerebral autoregulation after head injury. Which component of transcranial Doppler flow velocity is optimal?}, | |
| author={Budohoski, Karol P and Reinhard, Matthias and Aries, Marcel JH and Czosnyka, Zofia and Smielewski, Peter and Pickard, John D and Kirkpatrick, Peter J and Czosnyka, Marek}, | 1555 | 1555 | author={Budohoski, Karol P and Reinhard, Matthias and Aries, Marcel JH and Czosnyka, Zofia and Smielewski, Peter and Pickard, John D and Kirkpatrick, Peter J and Czosnyka, Marek}, | |
| journal={Neurocritical care}, | 1556 | 1556 | journal={Neurocritical care}, | |
| volume={17}, | 1557 | 1557 | volume={17}, | |
| pages={211--218}, | 1558 | 1558 | pages={211--218}, | |
| year={2012}, | 1559 | 1559 | year={2012}, | |
| publisher={Springer} | 1560 | 1560 | publisher={Springer} | |
| } | 1561 | 1561 | } | |
| 1562 | 1562 | |||
| @article{schmidt2016autoregulation, | 1563 | 1563 | @article{schmidt2016autoregulation, | |
| title={Autoregulation monitoring and outcome prediction in neurocritical care patients: Does one index fit all?}, | 1564 | 1564 | title={Autoregulation monitoring and outcome prediction in neurocritical care patients: Does one index fit all?}, | |
| author={Schmidt, Bernhard and Reinhard, Matthias and Lezaic, Vesna and McLeod, Damian D and Weinhold, Marco and Mattes, Heinz and Klingelh{\"o}fer, J{\"u}rgen}, | 1565 | 1565 | author={Schmidt, Bernhard and Reinhard, Matthias and Lezaic, Vesna and McLeod, Damian D and Weinhold, Marco and Mattes, Heinz and Klingelh{\"o}fer, J{\"u}rgen}, | |
| journal={Journal of clinical monitoring and computing}, | 1566 | 1566 | journal={Journal of clinical monitoring and computing}, | |
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| year={2016}, | 1569 | 1569 | year={2016}, | |
| publisher={Springer} | 1570 | 1570 | publisher={Springer} | |
| } | 1571 | 1571 | } | |
| 1572 | 1572 | |||
| @article{kostoglou2024time, | 1573 | 1573 | @article{kostoglou2024time, | |
| title={Time-domain methods for quantifying dynamic cerebral blood flow autoregulation: Review and recommendations. A white paper from the Cerebrovascular Research Network (CARNet)}, | 1574 | 1574 | title={Time-domain methods for quantifying dynamic cerebral blood flow autoregulation: Review and recommendations. A white paper from the Cerebrovascular Research Network (CARNet)}, | |
| author={Kostoglou, Kyriaki and Bello-Robles, Felipe and Brassard, Patrice and Chacon, Max and Claassen, Jurgen AHR and Czosnyka, Marek and Elting, Jan-Willem and Hu, Kun and Labrecque, Lawrence and Liu, Jia and others}, | 1575 | 1575 | author={Kostoglou, Kyriaki and Bello-Robles, Felipe and Brassard, Patrice and Chacon, Max and Claassen, Jurgen AHR and Czosnyka, Marek and Elting, Jan-Willem and Hu, Kun and Labrecque, Lawrence and Liu, Jia and others}, | |
| journal={Journal of Cerebral Blood Flow \& Metabolism}, | 1576 | 1576 | journal={Journal of Cerebral Blood Flow \& Metabolism}, | |
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| number={9}, | 1578 | 1578 | number={9}, | |
| pages={1480--1514}, | 1579 | 1579 | pages={1480--1514}, | |
| year={2024}, | 1580 | 1580 | year={2024}, | |
| publisher={SAGE Publications Sage UK: London, England} | 1581 | 1581 | publisher={SAGE Publications Sage UK: London, England} | |
| } | 1582 | 1582 | } | |
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| @article{czosnyka1997continuous, | 1584 | 1584 | @article{czosnyka1997continuous, | |
| title={Continuous assessment of the cerebral vasomotor reactivity in head injury}, | 1585 | 1585 | title={Continuous assessment of the cerebral vasomotor reactivity in head injury}, | |
| author={Czosnyka, Marek and Smielewski, Piotr and Kirkpatrick, Peter and Laing, Rodney J and Menon, David and Pickard, John D}, | 1586 | 1586 | author={Czosnyka, Marek and Smielewski, Piotr and Kirkpatrick, Peter and Laing, Rodney J and Menon, David and Pickard, John D}, | |
| journal={Neurosurgery}, | 1587 | 1587 | journal={Neurosurgery}, | |
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| year={1997}, | 1591 | 1591 | year={1997}, | |
| publisher={LWW} | 1592 | 1592 | publisher={LWW} | |
| } | 1593 | 1593 | } | |
| 1594 | 1594 | |||
| @article{tsigaras2023pressure, | 1595 | 1595 | @article{tsigaras2023pressure, | |
| title={The pressure reactivity index as a measure of cerebral autoregulation and its application in traumatic brain injury management}, | 1596 | 1596 | title={The pressure reactivity index as a measure of cerebral autoregulation and its application in traumatic brain injury management}, | |
| author={Tsigaras, Zac A and Weeden, Mark and McNamara, Robert and Jeffcote, Toby and Udy, Andrew A and Anstey, James and Plummer, Mark and Bellapart, Judith and Chow, Andrew and Delaney, Anthony and others}, | 1597 | 1597 | author={Tsigaras, Zac A and Weeden, Mark and McNamara, Robert and Jeffcote, Toby and Udy, Andrew A and Anstey, James and Plummer, Mark and Bellapart, Judith and Chow, Andrew and Delaney, Anthony and others}, | |
| journal={Critical Care and Resuscitation}, | 1598 | 1598 | journal={Critical Care and Resuscitation}, | |
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| pages={229--236}, | 1601 | 1601 | pages={229--236}, | |
| year={2023}, | 1602 | 1602 | year={2023}, | |
| publisher={Elsevier} | 1603 | 1603 | publisher={Elsevier} | |
| } | 1604 | 1604 | } | |
| 1605 | 1605 | |||
| @article{svedung2023autoregulatory, | 1606 | 1606 | @article{svedung2023autoregulatory, | |
| title={Autoregulatory management in traumatic brain injury: the role of absolute pressure reactivity index values and optimal cerebral perfusion pressure curve shape}, | 1607 | 1607 | title={Autoregulatory management in traumatic brain injury: the role of absolute pressure reactivity index values and optimal cerebral perfusion pressure curve shape}, | |
| author={Svedung Wettervik, Teodor and H{\aa}nell, Anders and Howells, Timothy and Lew{\'e}n, Anders and Enblad, Per}, | 1608 | 1608 | author={Svedung Wettervik, Teodor and H{\aa}nell, Anders and Howells, Timothy and Lew{\'e}n, Anders and Enblad, Per}, | |
| journal={Journal of Neurotrauma}, | 1609 | 1609 | journal={Journal of Neurotrauma}, | |
| volume={40}, | 1610 | 1610 | volume={40}, | |
| number={21-22}, | 1611 | 1611 | number={21-22}, | |
| pages={2341--2352}, | 1612 | 1612 | pages={2341--2352}, | |
| year={2023}, | 1613 | 1613 | year={2023}, | |
| publisher={Mary Ann Liebert, Inc., publishers 140 Huguenot Street, 3rd Floor New~…} | 1614 | 1614 | publisher={Mary Ann Liebert, Inc., publishers 140 Huguenot Street, 3rd Floor New~…} | |
| } | 1615 | 1615 | } | |
| 1616 | 1616 | |||
| @inproceedings{trukhan2022effect, | 1617 | 1617 | @inproceedings{trukhan2022effect, | |
| title={Effect of pressure reactivity index calculation settings on the range of the optimal cerebral perfusion pressure}, | 1618 | 1618 | title={Effect of pressure reactivity index calculation settings on the range of the optimal cerebral perfusion pressure}, | |
| author={Trukhan, Valeriia and Horakova, Lenka and Skola, Josef and Rozanek, Martin}, | 1619 | 1619 | author={Trukhan, Valeriia and Horakova, Lenka and Skola, Josef and Rozanek, Martin}, | |
| booktitle={2022 E-Health and Bioengineering Conference (EHB)}, | 1620 | 1620 | booktitle={2022 E-Health and Bioengineering Conference (EHB)}, | |
| pages={1--4}, | 1621 | 1621 | pages={1--4}, | |
| year={2022}, | 1622 | 1622 | year={2022}, | |
| organization={IEEE} | 1623 | 1623 | organization={IEEE} | |
| } | 1624 | 1624 | } | |
| 1625 | 1625 | |||
| @article{needham2017cerebral, | 1626 | 1626 | @article{needham2017cerebral, | |
| title={Cerebral perfusion pressure targets individualized to pressure-reactivity index in moderate to severe traumatic brain injury: a systematic review}, | 1627 | 1627 | title={Cerebral perfusion pressure targets individualized to pressure-reactivity index in moderate to severe traumatic brain injury: a systematic review}, | |
| author={Needham, Edward and McFadyen, Charles and Newcombe, Virginia and Synnot, Anneliese J and Czosnyka, Marek and Menon, David}, | 1628 | 1628 | author={Needham, Edward and McFadyen, Charles and Newcombe, Virginia and Synnot, Anneliese J and Czosnyka, Marek and Menon, David}, | |
| journal={Journal of neurotrauma}, | 1629 | 1629 | journal={Journal of neurotrauma}, | |
| volume={34}, | 1630 | 1630 | volume={34}, | |
| number={5}, | 1631 | 1631 | number={5}, | |
| pages={963--970}, | 1632 | 1632 | pages={963--970}, | |
| year={2017}, | 1633 | 1633 | year={2017}, | |
| publisher={Mary Ann Liebert, Inc. 140 Huguenot Street, 3rd Floor New Rochelle, NY 10801 USA} | 1634 | 1634 | publisher={Mary Ann Liebert, Inc. 140 Huguenot Street, 3rd Floor New Rochelle, NY 10801 USA} | |
| } | 1635 | 1635 | } | |
| 1636 | 1636 | |||
| @article{depreitere2021cerebrovascular, | 1637 | 1637 | @article{depreitere2021cerebrovascular, | |
| title={Cerebrovascular autoregulation monitoring in the management of adult severe traumatic brain injury: a Delphi consensus of clinicians}, | 1638 | 1638 | title={Cerebrovascular autoregulation monitoring in the management of adult severe traumatic brain injury: a Delphi consensus of clinicians}, | |
| author={Depreitere, B and Citerio, G and Smith, M and Adelson, P David and Aries, MJ and Bleck, TP and Bouzat, Pierre and Chesnut, R and De Sloovere, V and Diringer, M and others}, | 1639 | 1639 | author={Depreitere, B and Citerio, G and Smith, M and Adelson, P David and Aries, MJ and Bleck, TP and Bouzat, Pierre and Chesnut, R and De Sloovere, V and Diringer, M and others}, | |
| journal={Neurocritical care}, | 1640 | 1640 | journal={Neurocritical care}, | |
| volume={34}, | 1641 | 1641 | volume={34}, | |
| pages={731--738}, | 1642 | 1642 | pages={731--738}, | |
| year={2021}, | 1643 | 1643 | year={2021}, | |
| publisher={Springer} | 1644 | 1644 | publisher={Springer} | |
| } | 1645 | 1645 | } | |
| 1646 | 1646 | |||
| @book{beqiri2021optimal, | 1647 | 1647 | @book{beqiri2021optimal, | |
| title={Optimal cerebral perfusion pressure assessed with a multi-window weighted approach adapted for prospective use: a validation study}, | 1648 | 1648 | title={Optimal cerebral perfusion pressure assessed with a multi-window weighted approach adapted for prospective use: a validation study}, | |
| author={Beqiri, Erta and Ercole, Ari and Aries, Marcel J and Cabeleira, Manuel and Czigler, Andras and Liberti, Annalisa and Tas, Jeanette and Donnelly, Joseph and Liu, Xiuyun and Fedriga, Marta and others}, | 1649 | 1649 | author={Beqiri, Erta and Ercole, Ari and Aries, Marcel J and Cabeleira, Manuel and Czigler, Andras and Liberti, Annalisa and Tas, Jeanette and Donnelly, Joseph and Liu, Xiuyun and Fedriga, Marta and others}, | |
| year={2021}, | 1650 | 1650 | year={2021}, | |
| publisher={Springer} | 1651 | 1651 | publisher={Springer} | |
| } | 1652 | 1652 | } | |
| 1653 | 1653 | |||
| @article{aries2012continuous, | 1654 | 1654 | @article{aries2012continuous, | |
| title={Continuous monitoring of cerebrovascular reactivity using pulse waveform of intracranial pressure}, | 1655 | 1655 | title={Continuous monitoring of cerebrovascular reactivity using pulse waveform of intracranial pressure}, | |
| author={Aries, Marcel JH and Czosnyka, Marek and Budohoski, Karol P and Kolias, Angelos G and Radolovich, Danila K and Lavinio, Andrea and Pickard, John D and Smielewski, Peter}, | 1656 | 1656 | author={Aries, Marcel JH and Czosnyka, Marek and Budohoski, Karol P and Kolias, Angelos G and Radolovich, Danila K and Lavinio, Andrea and Pickard, John D and Smielewski, Peter}, | |
| journal={Neurocritical care}, | 1657 | 1657 | journal={Neurocritical care}, | |
| volume={17}, | 1658 | 1658 | volume={17}, | |
| pages={67--76}, | 1659 | 1659 | pages={67--76}, | |
| year={2012}, | 1660 | 1660 | year={2012}, | |
| publisher={Springer} | 1661 | 1661 | publisher={Springer} | |
| } | 1662 | 1662 | } | |
| 1663 | 1663 | |||
| @article{donnelly2017individualizing, | 1664 | 1664 | @article{donnelly2017individualizing, | |
| title={Individualizing thresholds of cerebral perfusion pressure using estimated limits of autoregulation}, | 1665 | 1665 | title={Individualizing thresholds of cerebral perfusion pressure using estimated limits of autoregulation}, | |
| author={Donnelly, Joseph and Czosnyka, Marek and Adams, Hadie and Robba, Chiara and Steiner, Luzius A and Cardim, Danilo and Cabella, Brenno and Liu, Xiuyun and Ercole, Ari and Hutchinson, Peter John and others}, | 1666 | 1666 | author={Donnelly, Joseph and Czosnyka, Marek and Adams, Hadie and Robba, Chiara and Steiner, Luzius A and Cardim, Danilo and Cabella, Brenno and Liu, Xiuyun and Ercole, Ari and Hutchinson, Peter John and others}, | |
| journal={Critical care medicine}, | 1667 | 1667 | journal={Critical care medicine}, | |
| volume={45}, | 1668 | 1668 | volume={45}, | |
| number={9}, | 1669 | 1669 | number={9}, | |
| pages={1464--1471}, | 1670 | 1670 | pages={1464--1471}, | |
| year={2017}, | 1671 | 1671 | year={2017}, | |
| publisher={LWW} | 1672 | 1672 | publisher={LWW} | |
| } | 1673 | 1673 | } | |
| 1674 | 1674 | |||
| @article{kramer2019continuous, | 1675 | 1675 | @article{kramer2019continuous, | |
| title={Continuous assessment of “optimal” cerebral perfusion pressure in traumatic brain injury: a cohort study of feasibility, reliability, and relation to outcome}, | 1676 | 1676 | title={Continuous assessment of “optimal” cerebral perfusion pressure in traumatic brain injury: a cohort study of feasibility, reliability, and relation to outcome}, | |
| author={Kramer, Andreas H and Couillard, Philippe L and Zygun, David A and Aries, Marcel J and Gallagher, Clare N}, | 1677 | 1677 | author={Kramer, Andreas H and Couillard, Philippe L and Zygun, David A and Aries, Marcel J and Gallagher, Clare N}, | |
| journal={Neurocritical care}, | 1678 | 1678 | journal={Neurocritical care}, | |
| volume={30}, | 1679 | 1679 | volume={30}, | |
| pages={51--61}, | 1680 | 1680 | pages={51--61}, | |
| year={2019}, | 1681 | 1681 | year={2019}, | |
| publisher={Springer} | 1682 | 1682 | publisher={Springer} | |
| } | 1683 | 1683 | } | |
| 1684 | 1684 | |||
| @article{bogli2025cerebral, | 1685 | 1685 | @article{bogli2025cerebral, | |
| title={Cerebral perfusion pressure targets after traumatic brain injury: a reappraisal}, | 1686 | 1686 | title={Cerebral perfusion pressure targets after traumatic brain injury: a reappraisal}, | |
| author={B{\"o}gli, Stefan Yu and Olakorede, Ihsane and Beqiri, Erta and Chen, Xuhang and Lavinio, Andrea and Hutchinson, Peter and Smielewski, Peter}, | 1687 | 1687 | author={B{\"o}gli, Stefan Yu and Olakorede, Ihsane and Beqiri, Erta and Chen, Xuhang and Lavinio, Andrea and Hutchinson, Peter and Smielewski, Peter}, | |
| journal={Critical Care}, | 1688 | 1688 | journal={Critical Care}, | |
| volume={29}, | 1689 | 1689 | volume={29}, | |
| number={1}, | 1690 | 1690 | number={1}, | |
| pages={1--14}, | 1691 | 1691 | pages={1--14}, | |
| year={2025}, | 1692 | 1692 | year={2025}, | |
| publisher={Springer} | 1693 | 1693 | publisher={Springer} | |
| } | 1694 | 1694 | } | |
| 1695 | 1695 | |||
| @article{tas2021targeting, | 1696 | 1696 | @article{tas2021targeting, | |
| title={Targeting autoregulation-guided cerebral perfusion pressure after traumatic brain injury (COGiTATE): a feasibility randomized controlled clinical trial}, | 1697 | 1697 | title={Targeting autoregulation-guided cerebral perfusion pressure after traumatic brain injury (COGiTATE): a feasibility randomized controlled clinical trial}, | |
| author={Tas, Jeanette and Beqiri, Erta and van Kaam, Ruud C and Czosnyka, Marek and Donnelly, Joseph and Haeren, Roel H and van der Horst, Iwan CC and Hutchinson, Peter J and van Kuijk, Sander MJ and Liberti, Analisa L and others}, | 1698 | 1698 | author={Tas, Jeanette and Beqiri, Erta and van Kaam, Ruud C and Czosnyka, Marek and Donnelly, Joseph and Haeren, Roel H and van der Horst, Iwan CC and Hutchinson, Peter J and van Kuijk, Sander MJ and Liberti, Analisa L and others}, | |
| journal={Journal of neurotrauma}, | 1699 | 1699 | journal={Journal of neurotrauma}, | |
| volume={38}, | 1700 | 1700 | volume={38}, | |
| number={20}, | 1701 | 1701 | number={20}, | |
| pages={2790--2800}, | 1702 | 1702 | pages={2790--2800}, | |
| year={2021}, | 1703 | 1703 | year={2021}, | |
| publisher={Mary Ann Liebert, Inc., publishers 140 Huguenot Street, 3rd Floor New~…} | 1704 | 1704 | publisher={Mary Ann Liebert, Inc., publishers 140 Huguenot Street, 3rd Floor New~…} | |
| } | 1705 | 1705 | } | |
| 1706 | 1706 | |||
| @article{liu2017cerebrovascular, | 1707 | 1707 | @article{liu2017cerebrovascular, | |
| title={Cerebrovascular pressure reactivity monitoring using wavelet analysis in traumatic brain injury patients: a retrospective study}, | 1708 | 1708 | title={Cerebrovascular pressure reactivity monitoring using wavelet analysis in traumatic brain injury patients: a retrospective study}, | |
| author={Liu, Xiuyun and Donnelly, Joseph and Czosnyka, Marek and Aries, Marcel JH and Brady, Ken and Cardim, Danilo and Robba, Chiara and Cabeleira, Manuel and Kim, Dong-Joo and Haubrich, Christina and others}, | 1709 | 1709 | author={Liu, Xiuyun and Donnelly, Joseph and Czosnyka, Marek and Aries, Marcel JH and Brady, Ken and Cardim, Danilo and Robba, Chiara and Cabeleira, Manuel and Kim, Dong-Joo and Haubrich, Christina and others}, | |
| journal={PLoS medicine}, | 1710 | 1710 | journal={PLoS medicine}, | |
| volume={14}, | 1711 | 1711 | volume={14}, | |
| number={7}, | 1712 | 1712 | number={7}, | |
| pages={e1002348}, | 1713 | 1713 | pages={e1002348}, | |
| year={2017}, | 1714 | 1714 | year={2017}, | |
| publisher={Public Library of Science San Francisco, CA USA} | 1715 | 1715 | publisher={Public Library of Science San Francisco, CA USA} | |
| } | 1716 | 1716 | } | |
| 1717 | 1717 | |||
| @article{lenell2024cerebrovascular, | 1718 | 1718 | @article{lenell2024cerebrovascular, | |
| title={Cerebrovascular reactivity (PRx) and optimal cerebral perfusion pressure in elderly with traumatic brain injury}, | 1719 | 1719 | title={Cerebrovascular reactivity (PRx) and optimal cerebral perfusion pressure in elderly with traumatic brain injury}, | |
| author={Lenell, Samuel and Wettervik, Teodor Svedung and Howells, Timothy and H{\aa}nell, Anders and Lew{\'e}n, Anders and Enblad, Per}, | 1720 | 1720 | author={Lenell, Samuel and Wettervik, Teodor Svedung and Howells, Timothy and H{\aa}nell, Anders and Lew{\'e}n, Anders and Enblad, Per}, | |
| journal={Acta Neurochirurgica}, | 1721 | 1721 | journal={Acta Neurochirurgica}, | |
| volume={166}, | 1722 | 1722 | volume={166}, | |
| number={1}, | 1723 | 1723 | number={1}, | |
| pages={62}, | 1724 | 1724 | pages={62}, | |
| year={2024}, | 1725 | 1725 | year={2024}, | |
| publisher={Springer} | 1726 | 1726 | publisher={Springer} | |
| } | 1727 | 1727 | } | |
| 1728 | 1728 | |||
| @article{svedung2024should, | 1729 | 1729 | @article{svedung2024should, | |
| title={Should Patients with Traumatic Brain Injury with Significant Contusions be Treated with Different Neurointensive Care Targets?}, | 1730 | 1730 | title={Should Patients with Traumatic Brain Injury with Significant Contusions be Treated with Different Neurointensive Care Targets?}, | |
| author={Svedung Wettervik, Teodor and H{\aa}nell, Anders and Lew{\'e}n, Anders and Enblad, Per}, | 1731 | 1731 | author={Svedung Wettervik, Teodor and H{\aa}nell, Anders and Lew{\'e}n, Anders and Enblad, Per}, | |
| journal={Neurocritical Care}, | 1732 | 1732 | journal={Neurocritical Care}, | |
| volume={41}, | 1733 | 1733 | volume={41}, | |
| number={2}, | 1734 | 1734 | number={2}, | |
| pages={511--522}, | 1735 | 1735 | pages={511--522}, | |
| year={2024}, | 1736 | 1736 | year={2024}, | |
| publisher={Springer} | 1737 | 1737 | publisher={Springer} | |
| } | 1738 | 1738 | } | |
| 1739 | 1739 | |||
| @article{hong2024critical, | 1740 | 1740 | @article{hong2024critical, | |
| title={Critical thresholds of long-pressure reactivity index and impact of intracranial pressure monitoring methods in traumatic brain injury}, | 1741 | 1741 | title={Critical thresholds of long-pressure reactivity index and impact of intracranial pressure monitoring methods in traumatic brain injury}, | |
| author={Hong, Erik and Froese, Logan and Pont{\'e}n, Emeli and Fletcher-Sandersj{\"o}{\"o}, Alexander and Tatter, Charles and Hammarlund, Emma and {\AA}kerlund, Cecilia AI and Tjerkaski, Jonathan and Alpkvist, Peter and Bartek Jr, Jiri and others}, | 1742 | 1742 | author={Hong, Erik and Froese, Logan and Pont{\'e}n, Emeli and Fletcher-Sandersj{\"o}{\"o}, Alexander and Tatter, Charles and Hammarlund, Emma and {\AA}kerlund, Cecilia AI and Tjerkaski, Jonathan and Alpkvist, Peter and Bartek Jr, Jiri and others}, | |
| journal={Critical Care}, | 1743 | 1743 | journal={Critical Care}, | |
| volume={28}, | 1744 | 1744 | volume={28}, | |
| number={1}, | 1745 | 1745 | number={1}, | |
| pages={256}, | 1746 | 1746 | pages={256}, | |
| year={2024}, | 1747 | 1747 | year={2024}, | |
| publisher={Springer} | 1748 | 1748 | publisher={Springer} | |
| } | 1749 | 1749 | } | |
| 1750 | 1750 | |||
| @article{riemann2020low, | 1751 | 1751 | @article{riemann2020low, | |
| title={Low-resolution pressure reactivity index and its derived optimal cerebral perfusion pressure in adult traumatic brain injury: a CENTER-TBI study}, | 1752 | 1752 | title={Low-resolution pressure reactivity index and its derived optimal cerebral perfusion pressure in adult traumatic brain injury: a CENTER-TBI study}, | |
| author={Riemann, Lennart and Beqiri, Erta and Smielewski, Peter and Czosnyka, Marek and Stocchetti, Nino and Sakowitz, Oliver and Zweckberger, Klaus and Unterberg, Andreas and Younsi, Alexander}, | 1753 | 1753 | author={Riemann, Lennart and Beqiri, Erta and Smielewski, Peter and Czosnyka, Marek and Stocchetti, Nino and Sakowitz, Oliver and Zweckberger, Klaus and Unterberg, Andreas and Younsi, Alexander}, | |
| journal={Critical care}, | 1754 | 1754 | journal={Critical care}, | |
| volume={24}, | 1755 | 1755 | volume={24}, | |
| pages={1--12}, | 1756 | 1756 | pages={1--12}, | |
| year={2020}, | 1757 | 1757 | year={2020}, | |
| publisher={Springer} | 1758 | 1758 | publisher={Springer} | |
| } | 1759 | 1759 | } | |
| 1760 | 1760 | |||
| @article{zeiler2018validation, | 1761 | 1761 | @article{zeiler2018validation, | |
| title={Validation of intracranial pressure-derived cerebrovascular reactivity indices against the lower limit of autoregulation, part II: experimental model of arterial hypotension}, | 1762 | 1762 | title={Validation of intracranial pressure-derived cerebrovascular reactivity indices against the lower limit of autoregulation, part II: experimental model of arterial hypotension}, | |
| author={Zeiler, Frederick A and Lee, Jennifer K and Smielewski, Peter and Czosnyka, Marek and Brady, Ken}, | 1763 | 1763 | author={Zeiler, Frederick A and Lee, Jennifer K and Smielewski, Peter and Czosnyka, Marek and Brady, Ken}, | |
| journal={Journal of neurotrauma}, | 1764 | 1764 | journal={Journal of neurotrauma}, | |
| volume={35}, | 1765 | 1765 | volume={35}, | |
| number={23}, | 1766 | 1766 | number={23}, | |
| pages={2812--2819}, | 1767 | 1767 | pages={2812--2819}, | |
| year={2018}, | 1768 | 1768 | year={2018}, | |
| publisher={Mary Ann Liebert, Inc., publishers 140 Huguenot Street, 3rd Floor New~…} | 1769 | 1769 | publisher={Mary Ann Liebert, Inc., publishers 140 Huguenot Street, 3rd Floor New~…} | |
| } | 1770 | 1770 | } | |
| 1771 | 1771 | |||
| @article{hassett2023assessment, | 1772 | 1772 | @article{hassett2023assessment, | |
| title={Assessment of cerebral autoregulation using invasive and noninvasive methods of intracranial pressure monitoring}, | 1773 | 1773 | title={Assessment of cerebral autoregulation using invasive and noninvasive methods of intracranial pressure monitoring}, | |
| author={Hassett, Catherine E and Uysal, S Pinar and Butler, Robert and Moore, Nina Z and Cardim, Danilo and Gomes, Joao A}, | 1774 | 1774 | author={Hassett, Catherine E and Uysal, S Pinar and Butler, Robert and Moore, Nina Z and Cardim, Danilo and Gomes, Joao A}, | |
| journal={Neurocritical Care}, | 1775 | 1775 | journal={Neurocritical Care}, | |
| volume={38}, | 1776 | 1776 | volume={38}, | |
| number={3}, | 1777 | 1777 | number={3}, | |
| pages={591--599}, | 1778 | 1778 | pages={591--599}, | |
| year={2023}, | 1779 | 1779 | year={2023}, | |
| publisher={Springer} | 1780 | 1780 | publisher={Springer} | |
| } | 1781 | 1781 | } | |
| 1782 | 1782 | |||
| @article{ayasse2023cerebral, | 1783 | 1783 | @article{ayasse2023cerebral, | |
| title={Cerebral autoregulation: every step counts}, | 1784 | 1784 | title={Cerebral autoregulation: every step counts}, | |
| author={Ayasse, Timoth{\'e}e and Duranteau, Jacques and Harrois, Anatole and Pochard, Jonas}, | 1785 | 1785 | author={Ayasse, Timoth{\'e}e and Duranteau, Jacques and Harrois, Anatole and Pochard, Jonas}, | |
| journal={Critical Care}, | 1786 | 1786 | journal={Critical Care}, | |
| volume={27}, | 1787 | 1787 | volume={27}, | |
| number={1}, | 1788 | 1788 | number={1}, | |
| pages={311}, | 1789 | 1789 | pages={311}, | |
| year={2023}, | 1790 | 1790 | year={2023}, | |
| publisher={Springer} | 1791 | 1791 | publisher={Springer} | |
| } | 1792 | 1792 | } | |
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chapters/HTS.tex
View file @
e78132c
| File was created | 1 | Ce chapitre constitue une ré-analyse de l'étude rétrospective menée par Dias \textit{et al.}~\cite{dias2014post} portant sur l'injection solution saline hypertonique (SSH) pour le traitement de l'hypertension intracrânienne de patients atteints de traumatisme crânien( TC). L'objectif est d'approfondir les recherches effectuées en se concentrant sur les changements dans la morphologie du signal de PIC, et ainsi d'étudier la relation entre injection de SSH et compliance cérébrale. | ||
| 2 | ||||
| 3 | \section{Introduction} | |||
| 4 | ||||
| 5 | ||||
| 6 | \section{Matériel et méthodes} | |||
| 7 | ||||
| 8 | \section{Collecte des données} |
chapters/contexte_clinique.tex
View file @
e78132c
| \section{Épidémiologie} | 1 | 1 | \section{Épidémiologie} | |
| \subsection{Traumatisme crânien} | 2 | 2 | \subsection{Traumatisme crânien} | |
| Le terme traumatisme crânien (TC) regroupe une grande diversité d'atteintes cérébrales, touchant entre 64 et 74 millions d'individus dans le monde chaque année. Sa mortalité au niveau mondial est évaluée à 42\% pour les hommes et 29\% pour les femmes~\cite{ahmed2024epidemiology}. Le taux d'incidence est plus élevé dans les pays développés, particulièrement en Amérique du Nord (1299 cas pour 100~000 habitants), bien que l'Asie de l'Est et du Sud-Est représentent près de la moitié des cas de TC recensés chaque année~\cite{dewan2018estimating}. L'épidémiologie varie grandement selon les régions du monde : dans les pays développés, le ratio homme-femme est d'environ 2:1. La distribution des âges est bimodale, avec un premier pic entre 16 et 35 ans, et le second après 70 ans~\cite{ahmed2024epidemiology}. En Inde, l'âge médian est de 32 ans, et le ratio homme-femme de 4:1~\cite{karthigeyan2021head}. Classiquement, les TCs sont répartis en trois niveaux de gravité : léger, modéré, sévère (\textit{mild, moderate, severe}), les plus légers représentant 81\% des cas à l'échelle mondiale~\cite{dewan2018estimating}. Cette classification repose sur la durée et la gravité des atteintes neurologiques, ainsi que sur des critères d'imagerie cérébrale (voir table~\ref{tab:tbi})~\cite{silverberg2020management}. En particulier, l'état de conscience est évalué de 1 à 15 sur l'échelle de coma de Glasgow (\textit{Glasgow Coma Scale}, GCS). Un TC sévère correspond à un GCS de 8 ou moins, un TC léger à un GCS de 13 ou plus. La classification des TCs en trois niveaux de gravité est toutefois appelée à être révisée pour davantage de précision, la diversité des lésions cérébrales et des atteintes neurologiques ne pouvant être réduite à cette simple échelle~\cite{tenovuo2021assessing}. | 3 | 3 | Le terme traumatisme crânien (TC) regroupe une grande diversité d'atteintes cérébrales, touchant entre 64 et 74 millions d'individus dans le monde chaque année. Sa mortalité au niveau mondial est évaluée à 42\% pour les hommes et 29\% pour les femmes~\cite{ahmed2024epidemiology}. Le taux d'incidence est plus élevé dans les pays développés, particulièrement en Amérique du Nord (1299 cas pour 100~000 habitants), bien que l'Asie de l'Est et du Sud-Est représentent près de la moitié des cas de TC recensés chaque année~\cite{dewan2018estimating}. L'épidémiologie varie grandement selon les régions du monde : dans les pays développés, le ratio homme-femme est d'environ 2:1. La distribution des âges est bimodale, avec un premier pic entre 16 et 35 ans, et le second après 70 ans~\cite{ahmed2024epidemiology}. En Inde, l'âge médian est de 32 ans, et le ratio homme-femme de 4:1~\cite{karthigeyan2021head}. Classiquement, les TCs sont répartis en trois niveaux de gravité : léger, modéré, sévère (\textit{mild, moderate, severe}), les plus légers représentant 81\% des cas à l'échelle mondiale~\cite{dewan2018estimating}. Cette classification repose sur la durée et la gravité des atteintes neurologiques, ainsi que sur des critères d'imagerie cérébrale (voir table~\ref{tab:tbi})~\cite{silverberg2020management}. En particulier, l'état de conscience est évalué de 1 à 15 sur l'échelle de coma de Glasgow (\textit{Glasgow Coma Scale}, GCS). Un TC sévère correspond à un GCS de 8 ou moins, un TC léger à un GCS de 13 ou plus. La classification des TCs en trois niveaux de gravité est toutefois appelée à être révisée pour davantage de précision, la diversité des lésions cérébrales et des atteintes neurologiques ne pouvant être réduite à cette simple échelle~\cite{tenovuo2021assessing}. | |
| 4 | 4 | |||
| 5 | 5 | |||
| \begin{table}[h!] | 6 | 6 | \begin{table}[h!] | |
| \centering | 7 | 7 | \centering | |
| \begin{tabular}{|c|c|c|c|} \hline | 8 | 8 | \begin{tabular}{|c|c|c|c|} \hline | |
| & Léger& Moyen& Sévère\\ \hline | 9 | 9 | & Léger& Moyen& Sévère\\ \hline | |
| Lésions visibles en imagerie & Non & Potentiellement & Potentiellement \\ \hline | 10 | 10 | Lésions visibles en imagerie & Non & Potentiellement & Potentiellement \\ \hline | |
| Perte de conscience& < 30 min& 30 min à 24h& > 24h\\ \hline | 11 | 11 | Perte de conscience& < 30 min& 30 min à 24h& > 24h\\ \hline | |
| Etat mental altéré& < 24h& > 24h&> 24h\\ \hline | 12 | 12 | Etat mental altéré& < 24h& > 24h&> 24h\\ \hline | |
| Amnésie post-traumatique& < 1 jour& 1-7 jours&> 7 jours\\ \hline | 13 | 13 | Amnésie post-traumatique& < 1 jour& 1-7 jours&> 7 jours\\ \hline | |
| GCS& < 9& 9-12& 13-15\\ \hline | 14 | 14 | GCS& < 9& 9-12& 13-15\\ \hline | |
| \end{tabular} | 15 | 15 | \end{tabular} | |
| \caption{Critères de gravité du traumatisme crânien. Traduit de~\cite{silverberg2020management}. GCS: Echelle de Coma de Glasgow (\textit{Glasgow Coma Scale})} | 16 | 16 | \caption{Critères de gravité du traumatisme crânien. Traduit de~\cite{silverberg2020management}. GCS: Echelle de Coma de Glasgow (\textit{Glasgow Coma Scale})} | |
| \label{tab:tbi} | 17 | 17 | \label{tab:tbi} | |
| \end{table} | 18 | 18 | \end{table} | |
| 19 | 19 | |||
| \subsection{Hémorragie subarachnoïdienne} | 20 | 20 | \subsection{Hémorragie subarachnoïdienne} | |
| L'hémorragie subarachnoidienne (HSA) est un sous-type d'accident vasculaire cérébral (AVC), généralement d'origine traumatique~\cite{ragaglini2024epidemiology}, correspondant à une fuite de sang dans l'espace sous-arachnoidien. La mortalité est estimée à 25\% des cas~\cite{lv2024epidemiological}. En 2021, près de 800 000 cas ont été recensés dans le monde, soit une augmentation de 37\% par rapport à 1990. Contrairement aux TCs, le ratio homme-femme est légèrement inférieur à 1:1~\cite{lv2024epidemiological}. Les HSA causées par une rupture d'anévrisme sont 10 fois plus fréquentes en Asie que dans le reste du monde~\cite{sanicola2023pathophysiology}. En 2021, la tranche d'âge de 49 à 54 ans était associée avec le taux d'incidence le plus élevé~\cite{lv2024epidemiological}. La survenue d'une HSA provoque une baisse brutale du débit sanguin cérébral (DSC) potentiellement suivie d'épisodes d'hypertension intracrânienne (HTIC), et peut causer de lourds handicaps dès la première heure suivant l'hémorragie~\cite{d2015aneurysmal}. | 21 | 21 | L'hémorragie subarachnoidienne (HSA) est un sous-type d'accident vasculaire cérébral (AVC), généralement d'origine traumatique~\cite{ragaglini2024epidemiology}, correspondant à une fuite de sang dans l'espace sous-arachnoidien. La mortalité est estimée à 25\% des cas~\cite{lv2024epidemiological}. En 2021, près de 800 000 cas ont été recensés dans le monde, soit une augmentation de 37\% par rapport à 1990. Contrairement aux TCs, le ratio homme-femme est légèrement inférieur à 1:1~\cite{lv2024epidemiological}. Les HSA causées par une rupture d'anévrisme sont 10 fois plus fréquentes en Asie que dans le reste du monde~\cite{sanicola2023pathophysiology}. En 2021, la tranche d'âge de 49 à 54 ans était associée avec le taux d'incidence le plus élevé~\cite{lv2024epidemiological}. La survenue d'une HSA provoque une baisse brutale du débit sanguin cérébral (DSC) potentiellement suivie d'épisodes d'hypertension intracrânienne (HTIC), et peut causer de lourds handicaps dès la première heure suivant l'hémorragie~\cite{d2015aneurysmal}. | |
| 22 | 22 | |||
| \section{Physiopathologie de la pression intracrânienne} | 23 | 23 | \section{Physiopathologie de la pression intracrânienne} | |
| 24 | 24 | |||
| \subsection{Origine de la pression intracrânienne} | 25 | 25 | \subsection{Origine de la pression intracrânienne} | |
| Trois volumes distincts occupent l'espace intracrânien dans des proportions variables : le parenchyme cérébral (environ 80\%), le liquide cérébrospinal (LCS) (environ 10\%) et le volume sanguin cérébral (environ 10\%)~\cite{kalisvaart2020update}. La pression intracrânienne (PIC) est la résultante des forces de pression exercées par les trois composants de cet espace clos, dont la somme des volumes reste constante d'après la doctrine de Monro-Kellie, énoncée dans sa forme actuelle par Weed en 1929~\cite{weed1929some}. Le monitorage de la PIC est un outil incontournable de la prise en charge des patients en neuroréanimation~\cite{cnossen2016variation}, dont le principal objectif est d'éviter des épisodes d'HTIC risquant de gêner la perfusion sanguine des tissus, voire de provoquer des hernies cérébrales dans les cas les plus graves~\cite{carney2017guidelines}. Les seuils d'HTIC sont encore sujets à débat et restent variables selon les individus ; cependant, les conventions internationales tendent à fixer une limite de 20 ou 22 mmHg~\cite{cnossen2016variation, carney2017guidelines}, bien que la littérature à ce sujet reste limitée~\cite{stein2023associations}. La gravité des événements d'HTIC peut aussi être mesurée de façon plus précise en intégrant la durée passée au-dessus du seuil retenu. L'aire ainsi obtenue, appelée dose de pic (\textit{ICP time dose}, ou \textit{ICP burden}), fait l'objet de nombreuses recherches et est également associée à une plus forte mortalité et à des états neurologiques dégradés en sortie de réanimation~\cite{aakerlund2020impact}. Cependant, aucun seuil ne fait consensus dans la pratique clinique, d'autant plus que les valeurs obtenues dépendent très fortement de la méthode de calcul~\cite{schonenberg2023pressure}. Cet intérêt porté à la dose de PIC témoigne cependant de la pertinence clinique d'étudier plus précisément l'évolution temporelle de la PIC, dont l'information apportée ne peut pas être résumée par sa simple moyenne~\cite{czosnyka2007intracranial}. De fait, le signal de PIC est la résultante de nombreux déterminants physiologiques, les cycles cardiaque et respiratoire en tête~\cite{dai2020intracranial}, dont les effets sont visibles à différentes échelles de temps caractéristiques(voir section ~\ref{morphologie}). | 26 | 26 | Trois volumes distincts occupent l'espace intracrânien dans des proportions variables : le parenchyme cérébral (environ 80\%), le liquide cérébrospinal (LCS) (environ 10\%) et le volume sanguin cérébral (environ 10\%)~\cite{kalisvaart2020update}. La pression intracrânienne (PIC) est la résultante des forces de pression exercées par les trois composants de cet espace clos, dont la somme des volumes reste constante d'après la doctrine de Monro-Kellie, énoncée dans sa forme actuelle par Weed en 1929~\cite{weed1929some}. Le monitorage de la PIC est un outil incontournable de la prise en charge des patients en neuroréanimation~\cite{cnossen2016variation}, dont le principal objectif est d'éviter des épisodes d'HTIC risquant de gêner la perfusion sanguine des tissus, voire de provoquer des hernies cérébrales dans les cas les plus graves~\cite{carney2017guidelines}. Les seuils d'HTIC sont encore sujets à débat et restent variables selon les individus ; cependant, les conventions internationales tendent à fixer une limite de 20 ou 22 mmHg~\cite{cnossen2016variation, carney2017guidelines}, bien que la littérature à ce sujet reste limitée~\cite{stein2023associations}. La gravité des événements d'HTIC peut aussi être mesurée de façon plus précise en intégrant la durée passée au-dessus du seuil retenu. L'aire ainsi obtenue, appelée dose de pic (\textit{ICP time dose}, ou \textit{ICP burden}), fait l'objet de nombreuses recherches et est également associée à une plus forte mortalité et à des états neurologiques dégradés en sortie de réanimation~\cite{aakerlund2020impact}. Cependant, aucun seuil ne fait consensus dans la pratique clinique, d'autant plus que les valeurs obtenues dépendent très fortement de la méthode de calcul~\cite{schonenberg2023pressure}. Cet intérêt porté à la dose de PIC témoigne cependant de la pertinence clinique d'étudier plus précisément l'évolution temporelle de la PIC, dont l'information apportée ne peut pas être résumée par sa simple moyenne~\cite{czosnyka2007intracranial}. De fait, le signal de PIC est la résultante de nombreux déterminants physiologiques, les cycles cardiaque et respiratoire en tête~\cite{dai2020intracranial}, dont les effets sont visibles à différentes échelles de temps caractéristiques(voir section ~\ref{morphologie}). | |
| 27 | 27 | |||
| \subsection{Monitorage de la pression intracrânienne} | 28 | 28 | \subsection{Monitorage de la pression intracrânienne} | |
| 29 | 29 | |||
| Un dispositif de mesure de la PIC peut être mis en place pour le traitement de pathologies à risque d'HTIC : TC, HSA, hémorragies intracranienne, hydrocéphalie~\cite{shim2023intracranial}. En particulier, la \textit{Brain Trauma Fondation} recommande un monitorage de la PIC pour les patients viables souffrant d'un TC grave (3 $\leq$ GCS $\leq$ 8) associé à un ou plusieurs facteurs de complications (pression artérielle > 90 mmHg, lésions cérébrales visibles au scanner, etc.)~\cite{carney2017guidelines}. Le monitorage continu de la PIC est le plus souvent mesuré avec un capteur intraventriculaire ou intraparenchymateux~\cite{zoerle2024intracranial} (voir figure~\ref{fig:capteurs}). | 30 | 30 | Un dispositif de mesure de la PIC peut être mis en place pour le traitement de pathologies à risque d'HTIC : TC, HSA, hémorragies intracranienne, hydrocéphalie~\cite{shim2023intracranial}. En particulier, la \textit{Brain Trauma Fondation} recommande un monitorage de la PIC pour les patients viables souffrant d'un TC grave (3 $\leq$ GCS $\leq$ 8) associé à un ou plusieurs facteurs de complications (pression artérielle > 90 mmHg, lésions cérébrales visibles au scanner, etc.)~\cite{carney2017guidelines}. Le monitorage continu de la PIC est le plus souvent mesuré avec un capteur intraventriculaire ou intraparenchymateux~\cite{zoerle2024intracranial} (voir figure~\ref{fig:capteurs}). | |
| 31 | 31 | |||
| \begin{figure}[h!] | 32 | 32 | \begin{figure}[h!] | |
| \centering | 33 | 33 | \centering | |
| \includegraphics[width=10cm]{contexte_clinique/capteurs.png} | 34 | 34 | \includegraphics[width=10cm]{contexte_clinique/capteurs.png} | |
| \caption{Positionnement de deux capteurs de pression intracrânienne} | 35 | 35 | \caption{Positionnement de deux capteurs de pression intracrânienne} | |
| \label{fig:capteurs} | 36 | 36 | \label{fig:capteurs} | |
| \end{figure} | 37 | 37 | \end{figure} | |
| 38 | 38 | |||
| 39 | 39 | |||
| Dans le premier cas, un capteur de pression est placé dans un ventricule cérébral latéral, directement au contact du liquide cérébrospinal (LCS). Ainsi, la pression mesurée correspond à celle du continuum hydrique du LCS allant des ventricules cérébraux au sac dural, dans la région postérieure de la colonne vertébrale. Introduite par le neurochirurgien N. Lundberg dans les années 1960~\cite{lundberg1960continuous}, cette mesure est considérée comme la méthode de référence~\cite{shim2023intracranial}. Son principal avantage consiste en la possibilité de drainer du LCS lors d'épisodes d'HTIC, mais les capteurs intraventriculaires sont associés à davantage complications, notamment des saignements et des infections~\cite{tavakoli2017complications}. Une autre possibilité consiste à placer un capteur de pression dans le parenchyme cérébral, une solution présentant moins de risques de complications car moins invasive~\cite{tavakoli2017complications}. Le capteur ne peut pas être ré-étalonné après la pose, et est donc sujet à des dérives de ligne de base passé les premiers jours de monitorage~\cite{pelah2023accuracy}. Deux principales technologies de capteurs intraparenchymateux sont utilisées en 2025 dans le monde : les capteurs piézorésistifs à jauge de contrainte et les capteurs à fibre optique, les premiers présentant des dérives de ligne de base moins prononcées~\cite{akbik2016roles}. | 40 | 40 | Dans le premier cas, un capteur de pression est placé dans un ventricule cérébral latéral, directement au contact du liquide cérébrospinal (LCS). Ainsi, la pression mesurée correspond à celle du continuum hydrique du LCS allant des ventricules cérébraux au sac dural, dans la région postérieure de la colonne vertébrale. Introduite par le neurochirurgien N. Lundberg dans les années 1960~\cite{lundberg1960continuous}, cette mesure est considérée comme la méthode de référence~\cite{shim2023intracranial}. Son principal avantage consiste en la possibilité de drainer du LCS lors d'épisodes d'HTIC, mais les capteurs intraventriculaires sont associés à davantage complications, notamment des saignements et des infections~\cite{tavakoli2017complications}. Une autre possibilité consiste à placer un capteur de pression dans le parenchyme cérébral, une solution présentant moins de risques de complications car moins invasive~\cite{tavakoli2017complications}. Le capteur ne peut pas être ré-étalonné après la pose, et est donc sujet à des dérives de ligne de base passé les premiers jours de monitorage~\cite{pelah2023accuracy}. Deux principales technologies de capteurs intraparenchymateux sont utilisées en 2025 dans le monde : les capteurs piézorésistifs à jauge de contrainte et les capteurs à fibre optique, les premiers présentant des dérives de ligne de base moins prononcées~\cite{akbik2016roles}. | |
| 41 | 41 | |||
| 42 | 42 | |||
| \section{Morphologie du signal de PIC} | 43 | 43 | \section{Morphologie du signal de PIC} | |
| Le signal de PIC peut être décomposé en différentes oscillations résultant de mécanismes physiologiques distincts. Ces composantes sont listées ici dans le sens des fréquences croissantes. | 44 | 44 | Le signal de PIC peut être décomposé en différentes oscillations résultant de mécanismes physiologiques distincts. Ces composantes sont listées ici dans le sens des fréquences croissantes. | |
| 45 | 45 | |||
| \label{morphologie} | 46 | 46 | \label{morphologie} | |
| \subsection{Oscillations infra-respiratoires} | 47 | 47 | \subsection{Oscillations infra-respiratoires} | |
| Historiquement, les oscillations infra-respiratoires sont réparties en trois grands types d'ondes -A, B et C- tels que définis par Lundberg dans les années 1960~\cite{lundberg1965continuous}, sur la base de critères d'amplitude et de fréquence. Les paragraphes suivants sont structurés selon cette typlogie historique pour en souligner la prégnance dans la communauté scientifique, sans ignorer le fait que les recherches actuelles appellent à en préciser certains aspects, notamment pour mieux prendre en compte la diversité des mécanismes physiologiques sous-jacents. | 48 | 48 | Historiquement, les oscillations infra-respiratoires sont réparties en trois grands types d'ondes -A, B et C- tels que définis par Lundberg dans les années 1960~\cite{lundberg1965continuous}, sur la base de critères d'amplitude et de fréquence. Les paragraphes suivants sont structurés selon cette typlogie historique pour en souligner la prégnance dans la communauté scientifique, sans ignorer le fait que les recherches actuelles appellent à en préciser certains aspects, notamment pour mieux prendre en compte la diversité des mécanismes physiologiques sous-jacents. | |
| 49 | 49 | |||
| \subsubsection{Ondes A} | 50 | 50 | \subsubsection{Ondes A} | |
| Encore nommées ondes de plateau (\textit{plateau waves}), Lundberg les décrit comme une élévation de la PIC de 50 à 100 mmHg pour une durée de 5 à 20 minutes (voir figure~\ref{fig:waves} A). Ces ondes de plateaux apparaissent chez près de 25\% des patients atteints de traumatisme crânien~\cite{castellani2009plateau}. Le mécanisme classiquement présenté comme à l'origine des ondes de plateau implique un dysfonctionnement du système nerveux parasympathique. L'augmentation brutale de la PIC est ainsi due à une cascade de vasodilations provoquée par le réflexe de Cushing, c'est-à-dire une augmentation du débit sanguin cérébral (DSC) en réponse à une augmentation de la PIC~\cite{rosner1984origin}. La durée des ondes de plateau, en particulier lorsqu'elles excèdent une demi-heure, est un facteur de mauvais pronostic pour les patients cérébrolésés \cite{castellani2009plateau}. | 51 | 51 | Encore nommées ondes de plateau (\textit{plateau waves}), Lundberg les décrit comme une élévation de la PIC de 50 à 100 mmHg pour une durée de 5 à 20 minutes (voir figure~\ref{fig:waves} A). Ces ondes de plateaux apparaissent chez près de 25\% des patients atteints de traumatisme crânien~\cite{castellani2009plateau}. Le mécanisme classiquement présenté comme à l'origine des ondes de plateau implique un dysfonctionnement du système nerveux parasympathique. L'augmentation brutale de la PIC est ainsi due à une cascade de vasodilations provoquée par le réflexe de Cushing, c'est-à-dire une augmentation du débit sanguin cérébral (DSC) en réponse à une augmentation de la PIC~\cite{rosner1984origin}. La durée des ondes de plateau, en particulier lorsqu'elles excèdent une demi-heure, est un facteur de mauvais pronostic pour les patients cérébrolésés \cite{castellani2009plateau}. | |
| 52 | 52 | |||
| \subsubsection{Ondes B} | 53 | 53 | \subsubsection{Ondes B} | |
| Cette catégorie d'oscillations est probablement la plus étudiée dans la littérature. Historiquement, Lundberg les décrit comme des oscillations d'amplitude inférieure à 50 mmHg, apparaissant toute les minutes environ pour une durée de 30 à 120 secondes (voir figure~\ref{fig:waves} B et C). Toutefois, les auteurs étudiant les ondes B (ou ondes lentes, \textit{slow waves}) élargissent généralement leurs investigations à une bande de fréquence plus étendue que celle proposée par Lundberg~\cite{martinez2019b}. Entre 1990 et 2024, au moins quatre sous-classifications ont été proposées pour mieux tenir en compte de leur diversité morphologique~\cite{raftopoulos1992morphological, santamarta2016prediction, yokota1989overnight, kasprowicz2012association}. Ces classifications reposent sur l'amplitude, la symétrie et la présence de plateaux au cours des oscillations. L'interprétation clinique des ondes B n'est pas aisée du fait de leur diversité et des nombreuses classifications proposées. Toutefois, leur présence est particulièrement observée en phase de sommeil paradoxal~\cite{spiegelberg2016b}, y compris chez des patients non-cérébrolésés~\cite{riedel2021b}. De manière cohérente, un lien a été établi entre ondes B et apnée du sommeil~\cite{riedel2023transient}, alors que leur amplitude est diminuée par l'hypocapnie~\cite{beqiri2020influence}. De plus, le lien entre fluctuations du DSC et apparition d'ondes B a été identifié dès les années 1980~\cite{mautner1989b}. En 2022, une étude démontre le lien entre ondes B, oscillations du DSC et les ondes theta (4-7Hz) du signal EEG. Ainsi, les ondes B pourraient être le reflet d'une activité noradrénergique du tronc cérébral facilitant l'évacuation de déchets métaboliques par le système glymphatique~\cite{newell2022physiological}. Du fait du manque de consensus quant à leur définition, leur détection est généralement faite manuellement faute d'un algorithme de référence. En 2019, une méta-analyse regroupant 124 études rapporte que seuls 32\% d'entre elles spécifient une méthode de détection~\cite{martinez2019b}, généralement par analyse de Fourier (40\%). | 54 | 54 | Cette catégorie d'oscillations est probablement la plus étudiée dans la littérature. Historiquement, Lundberg les décrit comme des oscillations d'amplitude inférieure à 50 mmHg, apparaissant toute les minutes environ pour une durée de 30 à 120 secondes (voir figure~\ref{fig:waves} B et C). Toutefois, les auteurs étudiant les ondes B (ou ondes lentes, \textit{slow waves}) élargissent généralement leurs investigations à une bande de fréquence plus étendue que celle proposée par Lundberg~\cite{martinez2019b}. Entre 1990 et 2024, au moins quatre sous-classifications ont été proposées pour mieux tenir en compte de leur diversité morphologique~\cite{raftopoulos1992morphological, santamarta2016prediction, yokota1989overnight, kasprowicz2012association}. Ces classifications reposent sur l'amplitude, la symétrie et la présence de plateaux au cours des oscillations. L'interprétation clinique des ondes B n'est pas aisée du fait de leur diversité et des nombreuses classifications proposées. Toutefois, leur présence est particulièrement observée en phase de sommeil paradoxal~\cite{spiegelberg2016b}, y compris chez des patients non-cérébrolésés~\cite{riedel2021b}. De manière cohérente, un lien a été établi entre ondes B et apnée du sommeil~\cite{riedel2023transient}, alors que leur amplitude est diminuée par l'hypocapnie~\cite{beqiri2020influence}. De plus, le lien entre fluctuations du DSC et apparition d'ondes B a été identifié dès les années 1980~\cite{mautner1989b}. En 2022, une étude démontre le lien entre ondes B, oscillations du DSC et les ondes theta (4-7Hz) du signal EEG. Ainsi, les ondes B pourraient être le reflet d'une activité noradrénergique du tronc cérébral facilitant l'évacuation de déchets métaboliques par le système glymphatique~\cite{newell2022physiological}. Du fait du manque de consensus quant à leur définition, leur détection est généralement faite manuellement faute d'un algorithme de référence. En 2019, une méta-analyse regroupant 124 études rapporte que seuls 32\% d'entre elles spécifient une méthode de détection~\cite{martinez2019b}, généralement par analyse de Fourier (40\%). | |
| 55 | 55 | |||
| \subsubsection{Ondes C} | 56 | 56 | \subsubsection{Ondes C} | |
| Les ondes C ont fait l'objet d'une littérature très limitée entre les années 1960 et 2024. Lundberg les décrit comme des oscillations d'amplitude inférieure à 20 mmHg apparaissant quatre à huit fois par minute (voir figure~\ref{fig:waves} D). Ces oscillations sont synchronisées avec les ondes de Mayer observables sur le signal de pression artérielle~\cite{cucciolini2023intracranial}. Ces dernières, également peu étudiées, sont engendrées par une activité sympathique du système nerveux périphérique~\cite{julien2006enigma}. | 57 | 57 | Les ondes C ont fait l'objet d'une littérature très limitée entre les années 1960 et 2024. Lundberg les décrit comme des oscillations d'amplitude inférieure à 20 mmHg apparaissant quatre à huit fois par minute (voir figure~\ref{fig:waves} D). Ces oscillations sont synchronisées avec les ondes de Mayer observables sur le signal de pression artérielle~\cite{cucciolini2023intracranial}. Ces dernières, également peu étudiées, sont engendrées par une activité sympathique du système nerveux périphérique~\cite{julien2006enigma}. | |
| 58 | 58 | |||
| \begin{figure}[h!] | 59 | 59 | \begin{figure}[h!] | |
| \centering | 60 | 60 | \centering | |
| \includegraphics[width=1\linewidth]{contexte_clinique/waves.png} | 61 | 61 | \includegraphics[width=1\linewidth]{contexte_clinique/waves.png} | |
| \caption{Exemples d'ondes de Lundberg visibles sur le signal de pression intracrânienne. I : onde de plateau (ou onde A). II e tIII : deux motifs d'ondes lentes (ou ondes B), IV : ondes de Mayer (ou ondes C)} | 62 | 62 | \caption{Exemples d'ondes de Lundberg visibles sur le signal de pression intracrânienne. I : onde de plateau (ou onde A). II e tIII : deux motifs d'ondes lentes (ou ondes B), IV : ondes de Mayer (ou ondes C)} | |
| \label{fig:waves} | 63 | 63 | \label{fig:waves} | |
| \end{figure} | 64 | 64 | \end{figure} | |
| 65 | 65 | |||
| \subsection{Onde respiratoire} | 66 | 66 | \subsection{Onde respiratoire} | |
| Les oscillations d'origine respiratoires, bien qu'observées dès les années 1960, ne font l'objet que d'un nombre limité d'études. Leur étude nécessite de prendre en compte la ventilation mécanique dont bénéficient la plupart des patients admis en unité de soin intensifs. En effet, dans le cas d'une ventilation mécanique, la pression intrathoracique est positive tout au long du cycle respiratoire : l'air est poussé dans les poumons. Au contraire, dans le cas d'une ventilation spontanée, l'air est aspiré dans les poumons par le biais d'une dépression intrathoracique. La vague respiratoire observée sur le signal de PIC est probablement causée par des déplacements de sang veineux au cours du cycle respiratoire~\cite{foltz1990csf}, davantage marqués dans le cas d'une ventilation mécanique ~\cite{hickey2009intracranial}. | 67 | 67 | Les oscillations d'origine respiratoires, bien qu'observées dès les années 1960, ne font l'objet que d'un nombre limité d'études. Leur étude nécessite de prendre en compte la ventilation mécanique dont bénéficient la plupart des patients admis en unité de soin intensifs. En effet, dans le cas d'une ventilation mécanique, la pression intrathoracique est positive tout au long du cycle respiratoire : l'air est poussé dans les poumons. Au contraire, dans le cas d'une ventilation spontanée, l'air est aspiré dans les poumons par le biais d'une dépression intrathoracique. La vague respiratoire observée sur le signal de PIC est probablement causée par des déplacements de sang veineux au cours du cycle respiratoire~\cite{foltz1990csf}, davantage marqués dans le cas d'une ventilation mécanique ~\cite{hickey2009intracranial}. | |
| 68 | 68 |
master.tex
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| \documentclass[french]{report} | 1 | 1 | \documentclass[french]{report} | |
| \usepackage[ruled,lined]{algorithm2e} | 2 | 2 | \usepackage[ruled,lined]{algorithm2e} | |
| \usepackage{babel} | 3 | 3 | \usepackage{babel} | |
| \usepackage[T1]{fontenc} | 4 | 4 | \usepackage[T1]{fontenc} | |
| \usepackage{graphicx} | 5 | 5 | \usepackage{graphicx} | |
| \usepackage{mathtools} | 6 | 6 | \usepackage{mathtools} | |
| \usepackage{amsfonts} | 7 | 7 | \usepackage{amsfonts} | |
| \usepackage{amssymb} | 8 | 8 | \usepackage{amssymb} | |
| \usepackage{amsthm} | 9 | 9 | \usepackage{amsthm} | |
| \usepackage{amsmath} | 10 | 10 | \usepackage{amsmath} | |
| \usepackage{thmtools} | 11 | 11 | \usepackage{thmtools} | |
| \usepackage{xcolor} | 12 | 12 | \usepackage{xcolor} | |
| \usepackage{nameref} | 13 | 13 | \usepackage{nameref} | |
| \usepackage{bbold} | 14 | 14 | \usepackage{bbold} | |
| \usepackage{hyperref} | 15 | 15 | \usepackage{hyperref} | |
| \usepackage{makecell} | 16 | 16 | \usepackage{makecell} | |
| \usepackage{dsfont} | 17 | 17 | \usepackage{dsfont} | |
| \usepackage[letterpaper,top=2cm,bottom=2cm,left=4cm,right=4cm,marginparwidth=1.75cm]{geometry} | 18 | 18 | \usepackage[letterpaper,top=2cm,bottom=2cm,left=4cm,right=4cm,marginparwidth=1.75cm]{geometry} | |
| \graphicspath{ {figures/} } | 19 | 19 | \graphicspath{ {figures/} } | |
| 20 | 20 | |||
| 21 | 21 | |||
| \title{ | 22 | 22 | \title{ | |
| {Yes Title}\\ | 23 | 23 | {Yes Title}\\ | |
| {\large Institution Name}\\ | 24 | 24 | {\large Institution Name}\\ | |
| } | 25 | 25 | } | |
| \author{Donatien Legé} | 26 | 26 | \author{Donatien Legé} | |
| 27 | 27 | |||
| \begin{document} | 28 | 28 | \begin{document} | |
| \maketitle | 29 | 29 | \maketitle | |
| \tableofcontents | 30 | 30 | \tableofcontents | |
| 31 | 31 | |||
| \chapter*{Introduction} | 32 | 32 | \chapter*{Introduction} | |
| \input{chapters/Introduction} | 33 | 33 | \input{chapters/Introduction} | |
| 34 | 34 | |||
| % état de l'art | 35 | 35 | % état de l'art | |
| 36 | 36 | |||
| \chapter{Contexte clinique} | 37 | 37 | \chapter{Contexte clinique} | |
| \input{chapters/contexte_clinique} | 38 | 38 | \input{chapters/contexte_clinique} | |
| 39 | 39 | |||
| \chapter{Étude des propriétés biomécaniques du système cérébrospinal} | 40 | 40 | \chapter{Étude des propriétés biomécaniques du système cérébrospinal} | |
| \label{signal} | 41 | 41 | \label{signal} | |
| \input{chapters/mecanique} | 42 | 42 | \input{chapters/mecanique} | |
| 43 | 43 | |||
| 44 | 44 | |||
| %Contributions | 45 | 45 | %Contributions | |
| 46 | 46 | |||
| \chapter{Détection automatique des pics P1 et P2 sur le signal de pression intracrânienne} | 47 | 47 | \chapter{Détection automatique des pics P1 et P2 sur le signal de pression intracrânienne} | |
| \input{chapters/chapitre_HCL} | 48 | 48 | \input{chapters/chapitre_HCL} |