Summary of Sholl analysis of AIF1-expressing microglia after optic nerve crush. (A–C) Wild-type retinas at 7, 14, and 21 days after optic nerve crush, respectively. (D–F) Bax−/− retinas at 7, 14, and 21 days, respectively. Data is presented as mean ± SE. *P < 0.05. Each graph represents a minimum of 50 cells measured from three retinas of each genotype. (JPG 2.19 mb
Figure S8. JNK1 leads to cell death in GCL upon ischemic stress. (a) The mice were sacrificed 1, 6, ...
D2.Glycam1 −/− mice have typical D2 glaucoma disease progression. IOP profiles (a) and clinical pres...
Figure S3. Optic nerves of sham-EAE, MOG-EAE and MOG-EAE with therapeutic LA treated mice were compa...
Figure S1. Monocyte infiltration occurs through retinal vasculature and the optic nerve head. (A) Lo...
Early microglial activation after exposure to bright white light. Representative photomicrographs sh...
Figure S5. Presence of GFPhi microglia in peripheral retina of the ipsilateral and contralateral eye...
Representative images of PPD stained optic nerve sections used to assess axonal damage. With increas...
Figure S1. Characterisation of dim-reared C57BL/6 J wild-type (WT) and C1qa−/− mouse retinas. A-C: T...
Figure S2. An optic nerve transection sparing the ophthalmic artery preserved the retina and led to ...
Summary of the distribution of microglia in the retinal layers. Microglia are distributed in diverse...
Figure S1. CD45hi/CD11b+/CD11c+ monocyte-like cells infiltrate early in D2 glaucoma. At ~â9 mo the...
Figure S1. Multiple retinal markers reveal no differences between WT and XBP1 cKO at P15 or 12 month...
Additional file 2. Figure S1. Primary cell culture identification. A Representative image of Iba1-la...
C1qa-deficiency does not affect retinal morphology. Naïve retinas from C1qa+/− and C1qa−/− were comp...
Figure S1. Definition of the Central and Peripheral Retina. Figure S2. Red Channel Autofluorescence ...
Figure S8. JNK1 leads to cell death in GCL upon ischemic stress. (a) The mice were sacrificed 1, 6, ...
D2.Glycam1 −/− mice have typical D2 glaucoma disease progression. IOP profiles (a) and clinical pres...
Figure S3. Optic nerves of sham-EAE, MOG-EAE and MOG-EAE with therapeutic LA treated mice were compa...
Figure S1. Monocyte infiltration occurs through retinal vasculature and the optic nerve head. (A) Lo...
Early microglial activation after exposure to bright white light. Representative photomicrographs sh...
Figure S5. Presence of GFPhi microglia in peripheral retina of the ipsilateral and contralateral eye...
Representative images of PPD stained optic nerve sections used to assess axonal damage. With increas...
Figure S1. Characterisation of dim-reared C57BL/6 J wild-type (WT) and C1qa−/− mouse retinas. A-C: T...
Figure S2. An optic nerve transection sparing the ophthalmic artery preserved the retina and led to ...
Summary of the distribution of microglia in the retinal layers. Microglia are distributed in diverse...
Figure S1. CD45hi/CD11b+/CD11c+ monocyte-like cells infiltrate early in D2 glaucoma. At ~â9 mo the...
Figure S1. Multiple retinal markers reveal no differences between WT and XBP1 cKO at P15 or 12 month...
Additional file 2. Figure S1. Primary cell culture identification. A Representative image of Iba1-la...
C1qa-deficiency does not affect retinal morphology. Naïve retinas from C1qa+/− and C1qa−/− were comp...
Figure S1. Definition of the Central and Peripheral Retina. Figure S2. Red Channel Autofluorescence ...
Figure S8. JNK1 leads to cell death in GCL upon ischemic stress. (a) The mice were sacrificed 1, 6, ...
D2.Glycam1 −/− mice have typical D2 glaucoma disease progression. IOP profiles (a) and clinical pres...
Figure S3. Optic nerves of sham-EAE, MOG-EAE and MOG-EAE with therapeutic LA treated mice were compa...