Перегляд зібрання за групою - Автори Tsymbaliuk, V.

Перейти до: 0-9 A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
А Б В Г Д Е Ж З И Й К Л М Н О П Р С Т У Ф Х Ц Ч Ш Щ Ъ Ы Ь Э Ю Я І Ї Є
або ж введіть декілька перших літер:  
Результати 1 до 20 із 26  далі >
Дата випускуНазваАвтор(и)
2020Comparative analysis of the nerve transfer methodologies used during surgical treatment of peripheral facial paresisTsymbaliuk, Y.; Medvediev, V.; Tsymbaliuk, V.; Tretyak, I.; Gatskiy, O.; Tatarchuk, M.; Draguntsova, N.
2021Correlation analysis of electroneuromyographic, functional-anatomical and morphometric indicators of regeneration of the injured sciatic nerveGoncharuk, O.; Savosko, S.; Petriv, T.; Tatarchuk, M.; Medvediev, V.; Tsymbaliuk, V.
2016-04Denervation and myotomy of muscles of the omotrapezoid triangle of the neck improve the outcomes of surgical treatment of laterocollis and torticollis subtypes of spasmodic torticollis: 58 case analysisTsymbaliuk, V.; Tretyak, I.; Freidman, M.; Gatskiy, A.
2021-12Dependence of the restorative effect of macroporous poly N-[2-hydroxypropyl]-methacrylamide hydrogel on the severity of experimental lacerative spinal cord injuryAbdallah, I.; Мedvediev, V.; Draguntsova, N.; Voitenko, N.; Tsymbaliuk, V.
2021Dependence of the restorative effect of macroporous poly(n-[2-hydroxypropyl]-methacrylamide hydrogel on the severity of experimental lacerative spinal cord injuryAbdallah, I.; Medvediev, V.; Draguntsova, N.; Voitenko, N.; Tsymbaliuk, V.
2022Effect of implantation of a fibrin matrix associated with neonatal brain cells on the course of an experimental spinal cord injuryMedvediev, V.; Oleksenko, N.; Pichkur, L.; Verbovska, S.; Savosko, S.; Draguntsova, N.; Lontkovskiy, Y.; Vaslovych, V.; Tsymbaliuk, V.
2022Effect of Implantation of a Fibrin Matrix Associated with Neonatal Brain Cells on the Course of an Experimental Spinal Cord InjuryMedvedev, V.; Oleksenko, N.; Pichkur, L.; Verbovska, S.; Savosko, S.; Draguntsova, N.; Lontkovskiy, Y.; Vaslovych, V.; Tsymbaliuk, V.
2020Epineurial sutures, polyethylene glycol hydrogel and fibrin glue in the sciatic nerve repair in rats: functional and morphological assessments in experimentGoncharuk, O.; Savosko, S.; Petriv, T.; Tatarchuk, M.; Medvediev, V.; Tsymbaliuk, V.
2020Epineurial sutures, polyethylene glycol hydrogel and fibrin glue in the sciatic nerve repair in rats: functional and morphological assessments in experimentGoncharuk, O.; Savosko, S.; Petriv, T.; Tatarchuk, M.; Medvedev, V.; Tsymbaliuk, V.
2023Five discoveries of Volodymyr Betz. Part one. Betz and the islands of entorhinal cortexМedvediev, V.; Cherkasov, V.; Vaslovych, V.; Tsymbaliuk, V.
2021Matrix Metalloproteinase-9 is Involved in the Fibrotic Process in Denervated Muscles after Sciatic Nerve Trauma and RecoveryGoncharuk, O.; Savosko, S.; Tykhomyrov, A.; Guzyk, M.; Medvediev, V.; Tsymbaliuk, V.; Chaikovsky, Y.
2021Matrix Metalloproteinase-9 is Involved in the Fibrotic Process in Denervated Muscles after Sciatic Nerve Trauma and RecoveryGoncharuk, O.; Savosko, S.; Tykhomyrov, A.; Guzyk, M.; Medvedev, V.; Tsymbaliuk, V.; Chaikovsky, Y.
2021Model of spinal cord lateral hemi-excision at the lower thoracic level for the tasks of reconstructive and experimental neurosurgeryMedvediev, V.; Abdallah, I.; Draguntsova, N.; Savosko, S.; Vaslovych, V.; Tsymbaliuk, V.; Voitenko, N.
2021Model of spinal cord lateral hemi-excision at the lower thoracic level for the tasks of reconstructive and experimental neurosurgeryMedvediev, V.; Abdallah, I.; Draguntsova, N.; Savosko, S.; Vaslovych, V.; Tsymbaliuk, V.; Voitenko, N.
2021Morphometric study of rat sciatic nerve recovery after three nerve repair techniques: epineural suture, polyethylene glycol hydrogel and fibrin sealantGoncharuk, O.; Savosko, S.; Petriv, T.; Medvediev, V.; Tsymbaliuk, V.
2021Morphometric Study of Rat Sciatic Nerve Recovery after Three Nerve Repair Techniques: Epineural Suture, Polyethylene Glycol Hydrogel and Fibrin SealantGoncharuk, O.; Savosko, S.; Petriv, T.; Medvediev, V.; Tsymbaliuk, V.
2022Nerve transfers in a patient with asymmetrical neurological deficit following traumatic cervical spinal cord injury: simultaneous bilateral restoration of pinch grip and elbow extension. Illustrative caseGatskiy, A.; Tretyak, I.; Tsymbaliuk, V.; Tsymbaliuk, Y.
2019NeurosurgeryTsymbaliuk, V.; Lusan, B.; Dmytrenko, I.; Marushchenko, M.; Medvediev, V.; Troyan, O.
2017Opposite, bidirectional shifts in excitation and inhibition in specific types of dorsal horn interneurons are associated with spasticity and pain post-SCIKopach, O.; Medvediev, V.; Krotov, V.; Borisyuk, A.; Tsymbaliuk, V.; Voitenko, N.
2022Phenotypes of Motor Deficit and Pain after Experimental Spinal Cord InjuryKrotov, V.; Medvedev, V.; Abdallah, I.; Bozhenko, A.; Tatarchuk, M.; Ishchenko, Y.; Pichkur, L.; Savosko, S.; Tsymbaliuk, V.; Kopach, O.; Voitenko, N.