Author Index

Abdulla, D., see Manthou, M. (2) 233–249

Abe, K., see Fujiwara, T. (6) 883–894

Abo-Elfetoh, N., see Khedr, E.M. (4) 435–445

Accetta, N., see Bivona, U. (3) 335–345

Akst, L.M., see Monaco, G.N. (4) 571–578

Alkan, T., see Koyuncuoglu, T. (5) 777–784

Almazán, S., see Gálvez, J. (5) 683–700

Angelov, D.N., see Manthou, M. (2) 233–249

Araneda, R., A.G. De Volder, N. Deggouj, P. Philippot, A. Heeren, E. Lacroix, M. Decat, P. Rombaux and L. Renier, Altered top-down cognitive control and auditory processing in tinnitus: evidences from auditory and visual spatial stroop (1) 67–80

Araujo, G., see Gálvez, J. (5) 683–700

Atif, F., see Yousuf, S. (3) 251–261

Avenanti, A., see Làdavas, E. (5) 647–662

Azicnuda, E., see Bivona, U. (3) 335–345

Badylak, S.F., see Shin, S.S. (2) 95–104

Baker, D.H., see Zhou, J. (3) 381–387

Baky, A.A., see Khedr, E.M. (4) 435–445

Balletta, T., see Calabrò, R.S. (5) 671–681

Bashir, S., see Tremblay, S. (5) 611–620

Bates, K.A. and J. Rodger, Repetitive transcranial magnetic stimulation for stroke rehabilitation-potential therapy or misplaced hope? (4) 557–569

Baumgärtner, A., see Breitenstein, C. (2) 115–120

Bauquier, S.H., see Jiang, J.L. (6) 823–834

Bechor, Y., see Hadanny, A. (4) 471–486

Beelen, A., see Schiemanck, S. (6) 795–807

Bendriem, R.M., see Lee, C.-T. (3) 347–356

Benítez-King, G., see Gálvez, J. (5) 683–700

Ben-Jacob, E., see Hadanny, A. (4) 471–486

Ben-Jacob, E., see Tal, S. (6) 943–951

Berenpas, F., see Schiemanck, S. (6) 795–807

Berkovitz, N., see Tal, S. (6) 943–951

Bertini, C. see Dundon, N.M. (4) 405–419

Bertini, C., see Làdavas, E. (5) 647–662

Best, A., see Föcker, J. (1) 15–30

Bischof, G.N., see McDonough, I.M. (6) 865–882

Bivona, U., R. Formisano, S. De Laurentiis, N. Accetta, M.R. Di Cosimo, R. Massicci, P. Ciurli, E. Azicnuda, D. Silvestro, U. Sabatini, C.F. Caravasso, G.A. Carlesimo, C. Caltagirone and A. Costa, Theory of mind impairment after severe traumatic brain injury and its relationship with caregivers’ quality of life (3) 335–345

Blackhurst, D.W., see Lawson, T.R. (3) 301–308

Blanc, F., see Ernst, A. (5) 621–638

Bocci, T., E. Santarcangelo, B. Vannini, A. Torzini, G. Carli, R. Ferrucci, A. Priori, M. Valeriani and F. Sartucci, Cerebellar direct current stimulation modulates pain perception in humans (5) 597–609

Bonnett, C., see Cunningham, D.A. (6) 911–926

Bönstrup, M., R. Schulz, B. Cheng, J. Feldheim, M. Zimerman, G. Thomalla, F.C. Hummel and C. Gerloff, Evolution of brain activation after stroke in a constant-effort versus constant-output motor task (6) 845–864

Borich, M.R., J.L. Neva and L.A. Boyd, Evaluation of differences in brain neurophysiology and morphometry associated with hand function in individuals with chronic stroke (1) 31–42

Boyd, L.A., see Borich, M.R. (1) 31–42

Bramanti, P., see Calabrò, R.S. (5) 671–681

Bramanti, P., see Naro, A. (2) 159–176

Bramanti, P., see Naro, A. (4) 447–460

Brawanski, A., see Terzi, M.Y. (1) 81–93

Breitenstein, C., C. Korsukewitz, A. Baumgärtner, A. Flöel, P. Zwitserlood, C. Dobel and S. Knecht,

L-dopa does not add to the success of high-intensity language training in aphasia (2) 115–120

Brown, I.E., see Lawson, T.R. (3) 301–308

Brown, T.J., see Monaco, G.N. (4) 571–578

Bründl, E., see Terzi, M.Y. (1) 81–93

Brunetti, M., N. Morkisch, C. Fritzsch, J. Mehnert, J. Steinbrink, M. Niedeggen and C. Dohle, Potential determinants of efficacy of mirror therapy in stroke patients – A pilot study (4) 421–434

Burgette, R.C., see Monaco, G.N. (4) 571–578

Calabrò, R.S., A. Naro, M. Russo, A. Leo, T. Balletta, I. Saccà, R. De Luca and P. Bramanti, Do post-stroke patients benefit from robotic verticalization? A pilot-study focusing on a novel neurophysiological approach (5) 671–681

Calabrò, R.S., see Naro, A. (2) 159–176

Calabrò, R.S., see Naro, A. (4) 447–460

Caliandro, P., M. Serrao, L. Padua, G. Silvestri, C. Iacovelli, C. Simbolotti, S. Mari, G. Reale, C. Casali and P.M. Rossini, Prefrontal cortex as a compensatory network in ataxic gait: A correlation study between cortical activity and gait parameters (2) 177–187

Calixto, E., see Gálvez, J. (5) 683–700

Caltagirone, C., see Bivona, U. (3) 335–345

Cancelli, A., C. Cottone, G. Zito, M.D. Giorgio, P. Pasqualetti and F. Tecchio, Cortical inhibition and excitation by bilateral tran-scranial alternating current stimulation (2) 105–114

Cansev, M., see Koyuncuoglu, T. (5) 777–784

Cao, Y., see Zhao, S. (6) 809–821

Caravasso, C.F., see Bivona, U. (3) 335–345

Carlesimo, G.A., see Bivona, U. (3) 335–345

Carli, G., see Bocci, T. (5) 597–609

Casali, C., see Caliandro, P. (2) 177–187

Casalis, P., see Terzi, M.Y. (1) 81–93

Casals-Díaz, L., C. Casas and X. Navarro, Changes of voltage-gated sodium channels in sensory nerve regeneration and neuropathic pain models (3) 321–334

Casas, V., see Casals-Díaz, L. (3) 321–334

Castellazzi, P., see Picelli, A. (3) 357–368

Cetinkaya, M., see Koyuncuoglu, T. (5) 777–784

Chang, W.H., H. Kim, W. Sun, J.Y. Kim, Y.-I. Shin and Y.-H. Kim, Effects of extradural cortical stimulation on motor recovery in a rat model of subacute stroke (5) 589–596

Chang, W.H., see Kim, M.S. (4) 521–530

Chauhan, M., see Gatto, R. (6) 927–941

Chauhan, N., see Gatto, R. (6) 927–941

Chemello, E., see Picelli, A. (3) 357–368

Chen, B., see Huang, Q. (4) 493–507

Chen, K., see Liu, P. (2) 143–157

Chen, L., see Liu, G. (3) 309–319

Chen, M., see Liu, P. (2) 143–157

Chen, S., see Liu, Y. (2) 205–220

Chen, X., G. Dang, C. Dang, G. Liu, S. Xing, Y. Chen, Q. Xu and J. Zeng, An ischemic stroke model of nonhuman primates for remote lesion studies: A behavioral and neuroimaging investigation (2) 131–142

Chen, X., see Liu, G. (3) 309–319

Chen, Y., see Chen, X. (2) 131–142

Chen, Y., see Jiang, J.L. (6) 823–834

Chen, Y.-l., see Fan, Y.-t. (6) 835–844

Cheng, B., see Bönstrup, M. (6) 845–864

Chilingaryan, G., see Subramanian, S.K. (5) 727–740

Cho, J.W., see Kim, M.S. (4) 521–530

Ciurli, P., see Bivona, U. (3) 335–345

Collet, C., see Mateo, S. (4) 543–555

Conley, A., see Marquez, J. (4) 509–519

Cook, M.J., see Jiang, J.L. (6) 823–834

Costa, A., see Bivona, U. (3) 335–345

Cottone, C., see Cancelli, A. (2) 105–114

Crane, A., see Lowrance, S.A. (4) 579–588

Cunningham, D.A., N. Varnerin, A. Machado, C. Bonnett, D. Janini, S. Roelle, K. Potter-Baker, V. Sankarasubramanian, X. Wang, G. Yue and E.B. Plow, Stimulation targeting higher motor areas in stroke rehabilitation: A proof-of-concept, randomized, double-blinded placebo-controlled study of effectiveness and underlying mechanisms (6) 911–926

Cunningham, T.L., see Deng-Bryant, Y. (2) 189–203

Daligault, S., see Mateo, S. (4) 543–555

Dang, C., see Chen, X. (2) 131–142

Dang, C., see Liu, G. (3) 309–319

Dang, G., see Chen, X. (2) 131–142

Dani, K., see Liu, G. (3) 309–319

de Almeida, F.M., S.A. Marques, B. dos Santos Ramalho, T.B. Massoto and A.M.B. Martinez, Chronic spinal cord lesions respond positively to tranplants of mesenchymal stem cells (1) 43–55

De Laurentiis, S., see Bivona, U. (3) 335–345

De Luca, R., see Calabrò, R.S. (5) 671–681

De Seze, J., see Ernst, A. (5) 621–638

De Volder, A.G., see Araneda, R. (1) 67–80

de Vries, J., see Schiemanck, S. (6) 795–807

Decat, M., see Araneda, R. (1) 67–80

Deggouj, N., see Araneda, R. (1) 67–80

Delpuech, C., see Mateo, S. (4) 543–555

DeLuca, J., see Hubacher, M. (5) 713–725

Deng-Bryant, Y., R.D. Readnower, L.Y. Leung, T.L. Cunningham, D.A. Shear and F.C. Tortella, Treatment with amnion-derived cellular cytokine solution (ACCS) induces persistent motor improvement and ameliorates neuroinflammation in a rat model of penetrating ballistic-like brain injury (2) 189–203

Dettmers, C., V. Nedelko and M.A. Schoenfeld, Impact of left versus right hemisphere subcortical stroke on the neural processing of action observation and imagery (5) 701–712

Dey, N.D., see Lowrance, S.A. (4) 579–588

Di Cosimo, M.R., see Bivona, U. (3) 335–345

Di Rienzo, F., see Mateo, S. (4) 543–555

Dixon, C.E., see Shin, S.S. (2) 95–104

Dobel, C., see Breitenstein, C. (2) 115–120

Dobolyi, A., see Nardai, S. (1) 1–14

Dohle, C., see Brunetti, M. (4) 421–434

Doncel-Pérez, E., see García-Álvarez, I. (6) 895–910

dos Santos Ramalho, B., see de Almeida, F.M. (1) 43–55

Drabik, A., see Freundlieb, N. (2) 221–231

Dubbioso, R., see Iodice, R. (4) 487–492

Dunbar, G.L., see Lowrance, S.A. (4) 579–588

Dundon, N.M., E. Làdavas, M.E. Maier and C. Bertini, Multisensory stimulation in hemianopic patients boosts orienting responses to the hemianopic field and reduces attentional resources to the intact field (4) 405–419

Duret, C., E. Hutin, L. Lehenaff and J.-M. Gracies, Do all sub acute stroke patients benefit from robot-assisted therapy? A retrospective study (1) 57–65

Dutta, A., C. Krishnan, S.S. Kantak, R. Ranganathan and M.A. Nitsche, Recurrence quantification analysis of surface electromyogram supports alterations in motor unit recruitment strategies by anodal transcranial direct current stimulation (5) 663–669

Efrati, S., see Hadanny, A. (4) 471–486

Efrati, S., see Tal, S. (6) 943–951

Elbeh, K.A., see Khedr, E.M. (4) 435–445

El-Hammady, D.H., see Khedr, E.M. (4) 435–445

Elmasry, J., C. Loo and D. Martin, A systematic review of transcranial electrical stimulation combined with cognitive training (3) 263–278

Ernst, A., F. Blanc, J. De Seze and L. Manning, Using mental visual imagery to improve autobiographical memory and episodic future thinking in relapsing-remitting multiple sclerosis patients: A randomised-controlled trial study (5) 621–638

Estrada-Reyes, R., see Gálvez, J. (5) 683–700

Fan, Y.-t., K.-c. Lin, H.-l. Liu, Y.-l. Chen and C.-y. Wu, Changes in structural integrity are correlated with motor and functional recovery after post-stroke rehabilitation (6) 835–844

Fang, T.-J., see Pei, Y.-C. (2) 121–130

Fargo, K.N., see Monaco, G.N. (4) 571–578

Feldheim, J., see Bönstrup, M. (6) 845–864

Fernández-Mas, R., see Gálvez, J. (5) 683–700

Fernández-Mayoralas, A., see García-Álvarez, I. (6) 895–910

Ferrucci, R., see Bocci, T. (5) 597–609

Filoni, S., see Naro, A. (4) 447–460

Fink, K.D., see Lowrance, S.A. (4) 579–588

Fishlev, G., see Hadanny, A. (4) 471–486

Flöel, A., see Breitenstein, C. (2) 115–120

Föcker, J., C. Hölig, A. Best and B. Röder, Neural plasticity of voice processing: Evidence from event-related potentials in late-onset blind and sighted individuals (1) 15–30

Foecking, E.M., see Monaco, G.N. (4) 571–578

Forkert, N.D., see Freundlieb, N. (2) 221–231

Formisano, R., see Bivona, U. (3) 335–345

Freed, W.J., see Lee, C.-T. (3) 347–356

Freundlieb, N., S. Philipp, A. Drabik, C. Gerloff, N.D. Forkert and F.C. Hummel, Ipsilesional motor area size correlates with functional recovery after stroke: A 6-month follow-up longitudinal TMS motor mapping study (2) 221–231

Fritzsch, C., see Brunetti, M. (4) 421–434

Fujiwara, T., K. Honaga, M. Kawakami, A. Nishimoto, K. Abe, K. Mizuno, M. Kodama, Y. Masakado, T. Tsuji and M. Liu, Modulation of cortical and spinal inhibition with functional recovery of upper extremity motor function among patients with chronic stroke (6) 883–894

Gálvez, J., R. Estrada-Reyes, G. Benítez-King, G. Araujo, S. Orozco, R. Fernández-Mas, S. Almazán and E. Calixto, Involvement of the GABAergic system in the neuroprotective and sedative effects of acacetin 7-O-glucoside in rodents (5) 683–700

Gan, W.-B., see Zhang, Y. (3) 291–300

Gao, Y., see Liu, P. (2) 143–157

García-Álvarez, I., A. Fernández-Mayoralas, S. Moreno-Lillo, M. Sánchez-Sierra, M. Nieto-Sampedro and E. Doncel-Pérez, Inhibition of glial proliferation, promotion of axonal growth and myelin production by synthetic glycolipid: A new approach for spinal cord injury treatment (6) 895–910

Gatto, R., M. Chauhan and N. Chauhan, Anti-edema effects of rhEpo in experimental traumatic brain injury (6) 927–941

Gerloff, C., see Bönstrup, M. (6) 845–864

Gerloff, C., see Freundlieb, N. (2) 221–231

Geurts, A.C., see Schiemanck, S. (6) 795–807

Giorgio, M.D., see Cancelli, A. (2) 105–114

Giulietti, S., see Làdavas, E. (5) 647–662

Golan, H., see Hadanny, A. (4) 471–486

González-Burgos, I., see González-Tapia, D. (5) 639–645

González-Tapia, D., D.A. Velázquez-Zamora, M.E. Olvera-Cortés and I. González-Burgos, The motor learning induces plastic changes in dendritic spines of Purkinje cells from the neocerebellar cortex of the rat (5) 639–645

Goren, B., see Koyuncuoglu, T. (5) 777–784

Gorkin, A.G., see Sergeeva, E.G. (5) 761–769

Gracies, J.-M., see Duret, C. (1) 57–65

Grandhi, R., see Shin, S.S. (2) 95–104

Guillot, A., see Mateo, S. (4) 543–555

Haber, S., see McDonough, I.M. (6) 865–882

Hadanny, A., H. Golan, G. Fishlev, Y. Bechor, O. Volkov, G. Suzin, E. Ben-Jacob and S. Efrati, Hyperbaric oxygen can induce neuroplasticity and improve cognitive functions of patients suffering from anoxic brain damage (4) 471–486

Hadanny, A., see Tal, S. (6) 943–951

Halliday, A.J., see Jiang, J.L. (6) 823–834

He, H., see Li, W. (3) 279–290

He, Z., see Zhang, Y. (3) 291–300

Heeren, A., see Araneda, R. (1) 67–80

Henchir, J., see Shin, S.S. (2) 95–104

Henrich-Noack, P., see Sergeeva, E.G. (5) 761–769

Hess, R.F., see Zhou, J. (3) 381–387

Hoffman, C., see Lowrance, S.A. (4) 579–588

Hölig, C., see Föcker, J. (1) 15–30

Honaga, K., see Fujiwara, T. (6) 883–894

Hou, C.-Y., see Zhang, R. (5) 741–759

Hsin, L.-J., see Pei, Y.-C. (2) 121–130

Huang, H., see Huang, Q. (4) 493–507

Huang, Q., B. Chen, F. Wang, H. Huang, R. Milner and L. Li, The temporal expression patterns of fibronectin and its receptors-α5β1 and αvβ3 integrins on blood vessels after cerebral ischemia (4) 493–507

Hubacher, M., J. DeLuca, P. Weber, M. Steinlin, L. Kappos, K. Opwis and I.-K. Penner, Cognitive rehabilitation of working memory in juvenile multiple sclerosis–effects on cognitive functioning, functional MRI and network related connectivity (5) 713–725

Hummel, F.C., see Bönstrup, M. (6) 845–864

Hummel, F.C., see Freundlieb, N. (2) 221–231

Hutin, E., see Duret, C. (1) 57–65

Iacovelli, C., see Caliandro, P. (2) 177–187

Ikeguchi, R., see Noguchi, T. (4) 461–470

Iodice, R., R. Dubbioso, L. Ruggiero, L. Santoro and F. Manganelli, Anodal transcranial direct current stimulation of motor cortex does not ameliorate spasticity in multiple sclerosis (4) 487–492

Jacquin-Courtois, S., see Mateo, S. (4) 543–555

Jaminet, P., see Manthou, M. (2) 233–249

Janini, D., see Cunningham, D.A. (6) 911–926

Jansen, R., see Manthou, M. (2) 233–249

Ji, C., see Zhang, R. (5) 741–759

Ji, X., see Ren, C. (3) 369–379

Ji, X., see Zhang, Y. (3) 291–300

Jiang, J.L., Z. Yue, S.H. Bauquier, A. Lai, Y. Chen, K.J. McLean, A.J. Halliday, Y. Sui, S. Moulton, G.G. Wallace and M.J. Cook, Injectable phenytoin loaded polymeric microspheres for the control of temporal lobe epilepsy in rats (6) 823–834

Jin, K., see Ren, C. (3) 369–379

Jolkkonen, J., see Zhao, S. (6) 809–821

Jones, K.J., see Monaco, G.N. (4) 571–578

Ju, F., see Zhang, Y. (3) 291–300

Kaizawa, Y., see Noguchi, T. (4) 461–470

Kakinoki, R., see Noguchi, T. (4) 461–470

Kantak, S.S., see Dutta, A. (5) 663–669

Kappos, L., see Hubacher, M. (5) 713–725

Karayanidis, F., see Marquez, J. (4) 509–519

Kawakami, M., see Fujiwara, T. (6) 883–894

Khedr, E.M., K.A. Elbeh, A.A. Baky, N. Abo-Elfetoh, D.H. El-Hammady and F. Korashy, A double-blind randomized clinical trial on the efficacy of magnetic sacral root stimulation for the treatment of Monosymptomatic Nocturnal Enuresis (4) 435–445

Kim, D.-S., see Lee, J. (6) 785–793

Kim, H., see Chang, W.H. (5) 589–596

Kim, J.Y., see Chang, W.H. (5) 589–596

Kim, M.S., W.H. Chang, J.W. Cho, J. Youn, Y.K. Kim, S.W. Kim and Y.-H. Kim, Efficacy of cumulative high-frequency rTMS on freezing of gait in Parkinson’s disease (4) 521–530

Kim, S.W., see Kim, M.S. (4) 521–530

Kim, Y.-H., see Chang, W.H. (5) 589–596

Kim, Y.-H., see Kim, M.S. (4) 521–530

Kim, Y.-H., see Lee, J. (6) 785–793

Kim, Y.K., see Kim, M.S. (4) 521–530

Kippe, J., see Lowrance, S.A. (4) 579–588

Knecht, S., see Breitenstein, C. (2) 115–120

Kodama, M., see Fujiwara, T. (6) 883–894

Korashy, F., see Khedr, E.M. (4) 435–445

Korsukewitz, C., see Breitenstein, C. (2) 115–120

Koyuncuoglu, T., M. Turkyilmaz, B. Goren, M. Cetinkaya, M. Cansev and T. Alkan, Uridine protects against hypoxic-ischemic brain injury by reducing histone deacetylase activity in neonatal rats (5) 777–784

Krishnan, C., see Dutta, A. (5) 663–669

Lacroix, E., see Araneda, R. (1) 67–80

Làdavas, E., S. Giulietti, A. Avenanti, C. Bertini, E. Lorenzini, C. Quinquinio and A. Serino, a-tDCS on the ipsilesional parietal cortex boosts the effects of prism adaptation treatment in neglect (5) 647–662

Làdavas, E., see Dundon, N.M. (4) 405–419

Lagopoulos, J., see Marquez, J. (4) 509–519

Lai, A., see Jiang, J.L. (6) 823–834

Lakatos, K., see Nardai, S. (1) 1–14

Lang, V., see Terzi, M.Y. (1) 81–93

Lawson, T.R., I.E. Brown, D.L. Westerkam, D.W. Blackhurst, S. Sternberg, R. Leacock and T.I. Nathaniel, Tissue plasminogen activator (rt-PA) in acute ischemic stroke: Outcomes associated with ambulation (3) 301–308

Leacock, R., see Lawson, T.R. (3) 301–308

Lee, C.-T., R.M. Bendriem and W.J. Freed, A new technique for modeling neuronal connectivity using human pluripotent stem cells (3) 347–356

Lee, J., M. Lee, D.-S. Kim and Y.-H. Kim, Functional reorganization and prediction of motor recovery after a stroke: A graph theoretical analysis of functional networks (6) 785–793

Lee, M., see Lee, J. (6) 785–793

Lehenaff, L., see Duret, C. (1) 57–65

Leo, A., see Calabrò, R.S. (5) 671–681

Leo, A., see Naro, A. (2) 159–176

Leo, A., see Naro, A. (4) 447–460

Leung, L.Y., see Deng-Bryant, Y. (2) 189–203

Levin, M.F., see Mullick, A.A. (3) 389–403

Levin, M.F., see Subramanian, S.K. (5) 727–740

Li, H.-Y., see Pei, Y.-C. (2) 121–130

Li, J., see Li, W. (3) 279–290

Li, J., see Liu, G. (3) 309–319

Li, L., see Huang, Q. (4) 493–507

Li, L., see Shen, C. (4) 531–541

Li, N., see Ren, C. (3) 369–379

Li, W., J. Li, Z. Wang, Y. Li, Z. Liu, F. Yan, J. Xian and H. He, Grey matter connectivity within and between auditory, language and visual systems in prelingually deaf adolescents (3) 279–290

Li, W., see Ren, C. (3) 369–379

Li, W., see Zhang, Y. (3) 291–300

Li, Y., see Li, W. (3) 279–290

Li, Y., see Zhao, S. (6) 809–821

Li, Y.-l., see Shen, C. (4) 531–541

Liang, Z., see Zhang, R. (5) 741–759

Lin, K.-c., see Fan, Y.-t. (6) 835–844

Liu, G., C. Dang, X. Chen, S. Xing, K. Dani, C. Xie, K. Peng, J. Zhang, J. Li, J. Zhang, L. Chen, Z. Pei and J. Zeng, Structural remodeling of white matter in the contralesional hemisphere is correlated with early motor recovery in patients with subcortical infarction (3) 309–319

Liu, G., see Chen, X. (2) 131–142

Liu, H.-l., see Fan, Y.-t. (6) 835–844

Liu, M., see Fujiwara, T. (6) 883–894

Liu, P., D. Zou, L. Yi, M. Chen, Y. Gao, R. Zhou, Q. Zhang, Y. Zhou, J. Zhu, K. Chen and M. Mi, Quercetin ameliorates hypobaric hypoxia-induced memory impairment through mitochondrial and neuron function adaptation via the PGC-1 pathway (2) 143–157

Liu, Y., H. Yan, S. Chen and B.A. Sabel, Caspase-3 inhibitor Z-DEVD-FMK enhances retinal ganglion cell survival and vision restoration after rabbit traumatic optic nerve injury (2) 205–220

Liu, Y.-Y., see Zhang, R. (5) 741–759

Liu, Z., see Li, W. (3) 279–290

Loo, C., see Elmasry, J. (3) 263–278

Lorenzini, E., see Làdavas, E. (5) 647–662

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