Reconstruction of entire single motor units from Thy.1-YFP-H mice.doi:10.1371/JOURNAL.PONE.0052605.G002R. SophieE. N. JoyaA. ChantalT. DerekHamilton GillianH. P. SimonH. GillingwaterThomasPLOS ONE
M.W.LoescheringentaconnectNeuroscience OxfordHarding AJ, Christmas CR, Ferguson MW, Loescher AR, Robinson PP, Boissonade FM. Mannose-6-phosphate facilitates early peripheral nerve regeneration in thy-1-YFP-H mice. Neuroscience 2014;279:23e32....
Methods :Retinas from Thy1-YFP-H mice were processed for immunohistochemistry (ChAT) and fluorescence imaging (Z-stacks, LeicaTCSSP8 confocal microscope). Dendritic arbours were traced with the filaments Tree Autopath Algorithm (plugin, Imaris), and Sholl analysis (plugin, Imaris) performed on each...
Mannose-6-phosphate facilitates early peripheral nerve regeneration in thy-1-YFP-H micedoi:10.1016/j.neuroscience.2014.08.034nerve regenerationnerve repairmannose-6-phosphatethy-1-YFP-HscarringThe formation of scar tissue following nerve injury has been shown to adversely affect nerve regeneration and ...
Photoreceptor and bipolar cell function decline in middle aged mice.Compensatory increase in bipolar cell sensitivity to light occurs in 12-month-old mice.Increase inner retinal gain (ganglion cell function) up to 12 months of age.Age-related functional differences can differ in transgenic mice....