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Author index

Abe, T. 57, 409 Akimoto, H. 168 Alm, P. 288, 309 Amorini, A. M. 393 Andjelkovic, A. V. 444 Aruga, T. 57, 249, 409 Asai, J. 398

Aygok, G. 24, 348 Azzini, C. 81

Badgaiyan, R. D. 288 Balestreri, M. 114 Barnes, J. 7

Beaumont, A. 30, 171 Beiler, C. 177 Beiler, S. 177

Bhattathiri, P. S. 61, 65 Binder, D. K. 389 Blumbergs, P. C. 263 Borrelli, M. 81

Cannon, J. R. 222 Casey, K. 177 Cavallo, M. 81 Cernak, I. 121 Ceruti, S. 81 Chambers, I. R. 7 Chan, M. T. V. 21 Chang, C. W. 74 Chen, H. 244 Chen, Y. 438 Chiba, N. 69

Chieregato, A. 53, 81, 85 Citerio, G. 7

Colohan, A. R. T. 188 Compagnone, C. 53, 85 Corteen, E. 11, 17 Corwin, F. 171

de Courten-Myers, G. M. 177 Czosnyka, M. 11, 17, 103, 108, 114

Daley, M. L. 103 Dimitrijevic, O. B. 444 Dohi, K. 57, 249, 409 Donahue, J. E. 451 Du, R. 438 Du, Y. 422

Dunbar, J. G. 258, 303, 393 Duncan, J. A. 426, 451

Ebihara, T. 37, 44, 48, 69, 97, 419 Enblad, P. 7

Endo, S. 144, 254, 272, 279, 299 Ennis, S. R. 276, 295

Eymann, R. 343, 364

Fainardi, E. 53, 81, 85 Fatouros, P. 24, 171, 348 Fazzina, G. 303, 393 Felt, B. T. 183 Feng, D. 413 Feng, H. 422 Fujimoto, M. 74, 283 Fujimoto, T. 74, 283, 398 Fujita, S. 57

Furukawa, M. 37, 44, 48, 69, 97, 419

Gennarelli, T. 30, 171 Ghabriel, M. N. 402 Glisson, R. 258, 303, 393 Gong, Y. 232

Gordh, T. 309, 335 Gra¨we, A. 373 Gregson, B. 65 Gregson, B. A. 61 Guendling, K. 108

Helps, S. C. 263 Hiler, M. 11, 114 Hodoyama, K. 249

Ho¤, J. T. 194, 199, 218, 227, 232 Howells, T. 7

Hua, Y. 183, 194, 199, 203, 218, 222, 227, 232

Huang, F. 78

Hutchinson, P. J. 11, 17, 108, 114

Ikeda, Y. 57, 157, 163 Inada, K. 97

Ishibashi, S. 144, 272, 279, 299 Ishii, N. 157, 163

Ishikawa, Y. 163 Itano, T. 134 Ito, U. 239 Itokawa, H. 398

James, H. E. 125 Januszewski, S. 267 Jimbo, H. 57, 409 Johanson, C. E. 426, 451

Katayama, Y. 3, 40, 130

Katsumata, N. 144, 254, 272, 279, 299 Kawai, N. 212

Kawakami, E. 239 Kawamata, T. 3, 40, 130

Keep, R. F. 134, 194, 199, 203, 207, 218, 222, 227, 232, 276, 295, 444

Kelley, R. 91

Kiefer, M. 343, 358, 364 Kiening, K. 7

Kiening, K. L. 139

Kinoshita, K. 33, 37, 44, 48, 69, 97, 419 Kintner, D. B. 244

Kirkman, J. 177 Kirkpatrick, P. J. 11, 17 Kishimoto, K. 283 Kitahata, Y. 48, 69, 97, 419 Kleindienst, A. 258, 303, 393 Kudo, Y. 157

Kuroiwa, T. 144, 168, 239, 254, 272, 279, 299

Larnard, D. 177 Le¿er, C. W. 103

Lemcke, J. 352, 358, 368, 373, 377, 381 Lewis, P. 108

Li, C. 163 Li, F. 422 Li, Q. 413 Li, S. 144, 299 Lin, J. 422 Linke, M. J. 177 Liu, S. 413 LiYuan, S. 299 Lodhia, K. R. 207 Luo, J. 244 Luo, Z. 413

Maeda, T. 130 Manley, G. T. 389

Marmarou, A. 24, 171, 258, 303, 348, 393 Matsunaga, A. 398

Matsunaga, M. 249 Mattern, J. 7

Meier, U. 343, 352, 358, 368, 373, 377, 381

Mendelow, A. D. 17, 61, 65 Meng, H. 422

Menon, D. K. 11, 17

Mitchell, P. 17, 61

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Miyamoto, O. 134 Miyasakai, N. 168 Mizusawa, H. 272, 299 Mohanty, S. 151, 288, 316, 322 Mori, T. 40, 130

Moriya, M. 74, 283

Moriya, T. 33, 37, 44, 48, 69, 97 Morota, S. 157, 163

Murray, G. 17

Nagao, K. 69

Nagao, S. 134, 194, 212, 218 Nagaoka, T. 168

Nagasao, J. 239 Nagashima, G. 398 Nakamachi, T. 249

Nakamura, T. 134, 194, 203, 212, 218, 222, 227

Nakano, I. 239 Nanda, A. 91 Nawashiro, H. 148 Neher, M. 139 Nemoto, E. M. 435 Neumann, U. 352, 358 Ng, S. C. P. 21 Nilsson, P. 7 Noda, A. 44, 48, 419 Noda, E. 37 Nomura, N. 148 Nortje, J. 108 Nyberg, F. 309

O’Connor, C. A. 121 Ohno, K. 144, 168, 254, 279 Ohsumi, A. 148

Ohtaki, H. 57, 249, 283 Okuda, M. 74, 398

Okuno, K. 33, 37, 48, 97, 258 Ooigawa, H. 148

Ostrowski, R. P. 188 Otani, N. 148 Oyanagi, K. 239

Pascarella, R. 53, 85 Patnaik, R. 151, 316 Patnaik, S. 151, 316

Pickard, J. D. 11, 17, 103, 108, 114 Piper, I. 7

Pluta, R. 267 Poon, W. S. 21 Portella, G. 24 Prasad, K. S. M. 61, 65

Ragauskas, A. 7 Ravaldini, M. 53 Ray, A. K. 151 Reyer, T. 373 Richardson, R. J. 222 Rickels, E. 17 Robinson, T. 177 Rodgers, K. M. 263 Russo, M. 81

Sahuquillo, J. 7, 17 Sakowitz, O. W. 139

Sakurai, A. 33, 37, 44, 48, 69, 97, 419 Saletti, A. 81

Sarpieri, F. 85 Sato, T. 283 Schallert, T. 183 Schardt, C. 139 Schivalocchi, R. 81 Servadei, F. 17 Shakui, P. 207 Shao, J. 183

Sharma, H. S. 151, 288, 309, 316, 322, 329, 335, 426, 451

Shen, F. X. 438 Shibasaki, F. 157, 163 Shigemori, Y. 130 Shima, K. 148 Shioda, S. 57, 249, 283 Shull, G. E. 244 Shwe, Y. 438 Siesjo¨, B. K. 157 Signoretti, S. 24 Sims, N. R. 263 Sjo¨quist, P. O. 322 Smielewski, P. 108, 114 Spangenberger, A. 451 Stamatovic, S. M. 444 Steudel, W. I. 364 Stopa, E. G. 451 Stover, J. F. 139 Sun, D. 244 Sun, L. 144, 272 Suzuki, R. 74, 398 Suzuki, T. 398

Tagliaferri, F. 53, 85 Takahashi, T. 157, 163 Tamarozzi, R. 81 Tamura, A. 168 Tanabe, F. 168 Tanaka, Y. 279 Tanfani, A. 53, 85

Tang, F. 413

Tanjoh, K. 33, 37, 44, 48, 69, 97, 419 Targa, L. 53, 85

Teasdale, G. M. 17 Thomas, A. 402 Tian, H. 232

Timofeev, I. 11, 17, 108 Tominaga, Y. 69 Toyooka, T. 148 Turner, R. J. 263

Uchino, H. 157, 163 Ulamek, M. 267

Unterberg, A. 17, 33, 37, 44, 48, 69, 97, 419

Unterberg, A. W. 139

Vannemreddy, P. 91, 151, 316 Verkman, A. S. 389

Vink, R. 121, 263, 402

Wagner, K. R. 177 Wan, S. 199 Wang, M. 218 Wiklund, L. 288, 322 Willis, B. 91 Wu, G. 78 Wu, N. 422

Xi, G. 78, 183, 194, 199, 203, 218, 222, 227, 232

Yamada, I. 254, 279 Yamashita, S. 134 Yang, G. Y. 438 Yang, S. 203, 227 Yano, A. 148 Yao, X. 389 Yau, Y. H. 7 Yofu, S. 249 Yoshitake, A. 37 Young, H. 348 Young, W. L. 438 Younger, J. G. 227 Yu, P. 413 Yue, S. 413

Zhang, J. H. 188 Zhao, F. Y. 168 Zhu, G. 422 Zhu, Y. 438 Zuccarello, M. 177

458 Author index

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Index of keywords

ADC 279

Adenoviral vectors 438 Adjuvant therapy 413 Alzheimer’s disease 267 b-amyloid peptide 267 g-aminobutyric acid 222 Analysis 7

Aneurysm 91 Angiogenesis 283, 438 Angiopoietin-1 438 Antioxidants 322 AP sites 194 APE/Ref-1 194

Apparent di¤usion coe‰cient 81 AQP water channel 303 AQP4 393

Aquaporin 398, 402 Aquaporin-4 389 Astrocyte 398 Astrocytes 402 Autoregulation 108

Bacterial meningitis 413 Behavior 134, 183, 199, 279, 299 Blood flow velocity 21

Blood-brain barrier 130, 151, 171, 258, 267, 288, 295, 438, 444

Blood-cerebrospinal fluid barrier 426 Blood-spinal cord barrier 309, 322, 329,

335

Brain damage 409, 413

Brain edema 3, 11, 30, 74, 78, 171, 194, 203, 212, 218, 227, 258, 303, 389, 393, 398, 422

Brain injury 419 Brain ischemia 267 Brain natriuretic peptide 451 Brain swelling 121

Brain-derived neurotrophic factor 329

Calcineurin 157 Calcium 244 Cardiac arrest 44

Cardiopulmonary arrest 69 Carotid artery occlusion 276 3CB2 134

CCL2 444 Cellular edema 24 Cerebral blood flow 85 Cerebral contusion 3

Cerebral edema 402

Cerebral hemorrhage 199, 218, 227 Cerebral infarction 254

Cerebral ischemia 239, 279, 295 Cerebral perfusion pressure 108 Cerebral vasoreactivity 21

Cerebrovascular pressure transmission 103

Ceruloplasmin 203 c-fos 322

cGMP 451 Choroid plexus 276 Clinical characteristics 48 Closed head injury 151 CMRO

2

97

Coagulation 69 Cocaine 91 Cold injury 163

Cold-induced brain injury 134 Comorbidity 364

Complement C3 227 Computed tomography 30, 78 Computer monitoring 108 Connexin 148

Contusion 30 Cortical atrophy 272 Cortical cold lesioning 168 Cortical layer 3 and 6 272 CPP 37

Craniectomy 373

Cranio-cervical trauma 139 Crossover 61

CSF absorption 207 CSF drainage 37 CSF homeostasis 451 Cyclooxygenase inhibitor 57 Cyclophilin D 157

Cytokines 177

Data collection 7 D-dimer 69

Decompressive craniectomy 11, 17 Deferoxamine 199

Di¤use axonal injury 144 Di¤usion tensor MR imaging 168 Di¤usion-weighted imaging 81 Dimethyl sulfoxide 258 DNP 194, 295 Dopamine 222 Dynorphin A (1-17) 309

Edema 121, 125, 151, 183, 244, 263, 288, 316, 322, 373, 426

Elasticity 254 Endothelium 419 Eosinophilic neuron 272 Epilepsy 389

Escherichia coli 413 Estrogen 121 Estrogen receptor 218 Evans blue extravasation 258

Factor VII 212

Fibrinogen degradation products 69 Fibrinolysis 69

Fluid management 37 Fluid percussion injury 144 FR901495 157

Free radical scavenger 57

Gap junction 148 Gender 121

Gene expression 163, 322 Gerbil 144, 299

Glasgow Outcome Scale 11 Glial cells 389

Glial-derived neurotrophic factor 329 Global ischemia 249, 272, 283, 299 Glutamate 139

Gravitational valve 377 Growth factor 139

H-290/51 322

Head injury 7, 11, 17, 24, 108, 114, 373 Hematoma 212

Hematoma growth 78 Hematoma lysis 78 Hematoma removal 74 Heme oxygenase 151 Heme oxygenase inhibitor 232 Hemeoxygenase-1 227 Hemispheric swelling 40 Highest modal frequency 103 Histamine 316

HOE 642 244

Horseradish peroxidase 267

Hydrocephalus 65, 207, 343, 348, 352, 358, 451

Hyperbaric oxygen 188

Hyperglycemia 419

Hyperthemia 426

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Hypoperfusion 283 Hypotension 48, 276

Hypothermia 33, 44, 57, 177, 249, 409

ICP 11

Idiopathic 377, 381 IL-8 419

Immunoreactivity 335 Immunosuppression 163 Indentation method 254 Inflammation 263 Interleukin-1b 57

Intracerebral haemorrhage 61, 65, 69, 74, 78, 81, 177, 183, 194, 212, 222, 232 Intracranial hematoma 48 Intracranial hypertension 11

Intracranial pressure 17, 108, 114, 125, 373, 422, 435

Intraventricular hemorrhage 65, 207 Inulin 295

Iron 194, 199, 203 Iron deficiency anemia 183 Ischemia 53, 85, 263 Ischemic brain damage 157 Jugular vein temperature 97 Ku-proteins 194

Leukoaraiosis 267 Lipid peroxidation 188 LPS 419

Magnesium 402

Magnetic resonance imaging 171 Mannitol 125

Matrix metalloproteinase 130 Maturation phenomenon 239 Metabolic uncoupler 295 Mice 134, 227

Middle cerebral artery occlusion 258, 303, 393

Miethke Dualswitch-Valve 352

Mitochondrial permeability transition 157 Mongolian gerbil 272

Mongolian gerbils 254

Monocyte chemoattractant protein 444 Motor dysfunction 329

Mouse 249

Multi-parametric MRI 254

Na

þ

/Ca

exchange 244 NADPH oxidase 188

Natriuretic peptide receptors 451 Necrosis 3

Nestin 134 Network 7

Neuronal cell death 249

Neuronal nitric oxide synthase 288 Neuronal remodeling 239 Neuropeptides 263 Neuroprotection 139 Neurotrauma 121 Neurotrophins 329 Nitric oxide 288 Nitric oxide synthase 309

Normal pressure hydrocephalus 343, 364, 377, 381

NPH 348

8-OHdG 194

Organ dysfunction syndrome 33 Osmolality 3, 125

Outcome 65, 114, 358, 364, 377, 381 Outflow resistance 352

Overdrainage 343 Oxidative DNA injury 194 Oxidative stress 322

Oxygen and glucose deprivation 244

Pain 335 PANT 194

Periventricular lucency 348 Permeability 295

Phorbol ester 393 Photodynamic therapy 422 Plasmin inhibitor complex 69 Plateau waves 103

PMA 393

Preconditioning 203

Pressure autoregulatory response 21 Pressure reactivity 114

Pressure/volume index 364 Progesterone 121 Programmable valves 381 PTF1þ2 69

Pulmonary artery temperature 97 QingKaiLing 413

Remodeling 134 Repetitive head injury 40 Resistance to outflow 364

Return of spontaneous circulation 69 Selective brain cooling 409

Sensory motor functions 288 Serotonin 151

Shunt 343, 352, 364 Shunt operation 358 SjO

2

97

Sodium 244 Spatial neglect 144 Spinal cord edema 329

Spinal cord injury 309, 316, 322, 329 Spinal cord pathology 329

Spinal nerve lesion 335 Sports 40

Stroke 57, 91, 276

Subarachnoid hemorrhage 53, 69, 85, 91, 188

Subdural hematoma 33 Surgery 61

T2 279 TBI 402

Thin subdural hematoma 40 Thrombin 203

Tight junctions 444 Transferrin 183

Traumatic brain edema 24, 398 Traumatic brain injury 11, 17, 21, 30, 33,

37, 44, 48, 130, 139, 148, 163, 171, 288, 435

TUC-4 134 Ultrastructure 168

Validation 7 Valves 358

Vascular endothelial growth factor 283 Vasogenic brain edema 168

Vasogenic edema 24, 348 Vasopressin 303 VEGF 398, 438 Venous pressure 435 Viscosity 254 VX2 carcinoma 422

Water transport 389 White matter 177 White matter lesions 267

Xenon CT 53 Xenon-CT 85

Zinc protoporphyrin 151, 232 ZO-1 438

460 Index of keywords

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W

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Klaus . R. H. von Wild (ed.)

Re-Engineering of the Damaged Brain and Spinal Cord

Evidence – Based Neurorehabilitation

In cooperation with Giorgio A. Brunelli.

2005. XVI, 232 pages. 55 figures.

Hardcover EUR 120,–

Reduced price for subscribers to "Acta Neurochirurgica": EUR 108,–

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ISBN 3-211-24150-7

Acta Neurochirurgica, Supplement 93

Traumatic Brain Injury (TBI) can lead to loss of skills and to mental cognitive behavioural deficits. Paraplegia after Spinal Cord Injury (SCI) means a life-long sentence of paralysis, sensory loss, dependence and in both, TBI and SCI, waiting for a miracle therapy. Recent advances in functional neurosurgery, neuropros- thesis, robotic devices and cell transplantation have opened up a new era. New drugs and reconstructive surgical concepts are on the horizon. Social reintegra- tion is based on holistic rehabilitation. Psychological treatment can alleviate and strengthen affected life. This book reflects important aspects of physiology and new trans-disciplinary approaches for acute treatment and rehabilitation in neu- rotraumatology by reviewing evidence based concepts as they were discussed among bio and gene-technologists, physicians, neuropsychologists and other therapists at the joint international congress in Brescia 2004.

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P.O. Box 89, Sachsenplatz 4 – 6, 1201 Vienna, Austria, Fax +43.1.330 24 26, books@springer.at, springer.at Haberstraße 7, 69126 Heidelberg, Germany, Fax +49.6221.345-4229, SDC-bookorder@springer.com, springer.com P.O. Box 2485, Secaucus, NJ 07096-2485, USA, Fax +1.201.348-4505, service@springer-ny.com, springer.com Prices are subject to change without notice. All errors and omissions excepted.

Yasuhiro Yonekawa,Yoshiharu Sakurai, Emanuela Keller,Tetsuya Tsukahara (eds.)

New Trends of Surgery for Stroke and its Perioperative Management

2005. IX, 187 pages.With partly coloured figures.

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Acta Neurochirurgica, Supplement 94

In July 2004 specialists in neurosurgery, neuroradiology, neurology and neuroin- tensive care discussed recent trends at the 2nd Swiss Japanese Joint Conference on Cerebral Stroke Surgery, held in Zurich, Switzerland. New concepts were worked out during the conference and are published in this volume. The book starts with the topic intracranial aneurysms, discussing microsurgical and endovascular treatment modalities, as well as new surgical approaches. Further chapters deal with the management of unruptured aneurysms and with sub- arachnoid hemorrhage. Practical guidelines for vasospasm treatment are given.

Together with contributions about arteriovenous malformations and fistulas, cerebral revascularization techniques and surgery related to the intracranial venous system a comprehensive overview about stroke surgery is given with an interdisciplinary approach. The book will be of interest for all specialists involved in therapy of cerebrovascular disease.

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P.O. Box 89, Sachsenplatz 4 – 6, 1201 Vienna, Austria, Fax +43.1.330 24 26, books@springer.at, springer.at Haberstraße 7, 69126 Heidelberg, Germany, Fax +49.6221.345-4229, SDC-bookorder@springer.com, springer.com P.O. Box 2485, Secaucus, NJ 07096-2485, USA, Fax +1.201.348-4505, service@springer-ny.com, springer.com Prices are subject to change without notice. All errors and omissions excepted.

W. S. Poon, C. J. J. Avezaat, M.T.V. Chan, M. Czosnyka, K.Y. C. Goh, P. J. A. Hutchinson, Y. Katayama, J. M. K. Lam, A. Marmarou, S. C. P. Ng, J. D. Pickard (eds.)

Intracranial Pressure and Brain Monitoring XII

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Acta Neurochirurgica, Supplement 95

88 short papers originating from the 12th International Symposium on Intracranial Pressure and Brain Monitoring held in August 2004 in Hong Kong present exper- imental as well as clinical research data on invasive and non-invasive intracranial pressure and brain biochemistry monitoring.The papers have undergone a peer- reviewing and are organized in nine sections: ICP management in head injury, neurochemical monitoring, intracranial hypertension, neuroimaging, hydro- cephalus, clinical trails, experimental studies, brain compliance and biophysics.

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