Journal of Hand Surgery (European Volume) · 1997 · 28 citations · 38 references
MedicineNeurobiologyNeuroscienceNeural EngineeringPeripheral Nerve SurgeryRegenerative MedicineNerve GraftingNerve RegenerationNerve RepairNeural RegenerationXenotransplantationExperimental Model TestingFunctional Recovery After Nerve GraftingImmunosuppressive CompoundsSciatic Nerve RepairSciatic Nerve SurgeryTransplantationXenograft ImmunosuppressionXenotransplantation Models
An experimental model has been developed to study the potential transplantation of nerve xenografts using the newer immunosuppressive agents RS-61443 and FK-506. Sciatic nerve grafts of 2 cm were transplanted from donor Golden Syrian hamsters into a 0.5 cm gap in the sciatic nerve of recipient Lewis rats. Walking track analysis, somatosensory evoked potentials and histology demonstrated improved regeneration across the nerve xenografts that had been immunosuppressed with RS-61443 and FK-506 compared with non-immunosuppressed controls, but the function never approached that seen in control isografts. Regeneration across nerve xenografts immunosuppressed with FK-506 was better than xenografts immunosuppressed with RS-61443.
38
Surgery · 2006 · 1.7K citations
Autogenous vein graft as a conduit for nerve regeneration.
David Chiu, Ivo P. Janecka, Thomas J. Krizek et al. · PubMed · 1982 · 277 citations
Medicine, Neurosurgery, Surgery +12