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retinal-ganglion-cells-to-optic-nerve-crush/</loc><lastmod>2026-10-01T20:10:42+00:00</lastmod></url><url><loc>https://mcdowell.ophth.wisc.edu/2017/03/01/crosstalk-between-transforming-growth-factor-beta-2-and-toll-like-receptor-4-in-the-trabecular-meshwork/</loc><lastmod>2026-10-01T20:11:03+00:00</lastmod></url><url><loc>https://mcdowell.ophth.wisc.edu/2015/08/01/gremlin-induces-ocular-hypertension-in-mice-through-smad3-dependent-signaling/</loc><lastmod>2026-10-01T20:11:13+00:00</lastmod></url><url><loc>https://mcdowell.ophth.wisc.edu/2014/05/22/monitoring-retinal-morphologic-and-functional-changes-in-mice-following-optic-nerve-crush/</loc><lastmod>2026-10-01T20:11:24+00:00</lastmod></url><url><loc>https://mcdowell.ophth.wisc.edu/2014/04/27/optic-nerve-crush-induces-spatial-and-temporal-gene-expression-patterns-in-retina-and-optic-nerve-of-balb-cj-mice/</loc><lastmod>2026-10-01T20:11:34+00:00</lastmod></url><url><loc>https://mcdowell.ophth.wisc.edu/2013/11/01/smad3-is-necessary-for-transforming-growth-factor-beta2-induced-ocular-hypertension-in-mice/</loc><lastmod>2026-10-01T20:12:32+00:00</lastmod></url><url><loc>https://mcdowell.ophth.wisc.edu/2012/07/01/mutant-human-myocilin-induces-strain-specific-differences-in-ocular-hypertension-and-optic-nerve-damage-in-mice/</loc><lastmod>2026-10-01T20:12:40+00:00</lastmod></url><url><loc>https://mcdowell.ophth.wisc.edu/2011/04/01/toward-a-genetic-understanding-of-glaucoma-breakthroughs-and-challenges-from-studies-of-exfoliation-glaucoma/</loc><lastmod>2026-10-01T20:12:48+00:00</lastmod></url><url><loc>https://mcdowell.ophth.wisc.edu/2011/02/01/spectral-analysis-by-xanes-reveals-that-gpnmb-influences-the-chemical-composition-of-intact-melanosomes/</loc><lastmod>2026-10-01T20:12:56+00:00</lastmod></url><url><loc>https://mcdowell.ophth.wisc.edu/2011/01/01/microarray-analysis-of-iris-gene-expression-in-mice-with-mutations-influencing-pigmentation/</loc><lastmod>2026-10-01T20:13:03+00:00</lastmod></url><url><loc>https://mcdowell.ophth.wisc.edu/2010/07/01/elevated-oxidative-membrane-damage-associated-with-genetic-modifiers-of-lyst-mutant-phenotypes/</loc><lastmod>2026-10-01T20:13:10+00:00</lastmod></url><url><loc>https://mcdowell.ophth.wisc.edu/2009/03/01/lyst-mutation-in-mice-recapitulates-iris-defects-of-human-exfoliation-syndrome/</loc><lastmod>2026-10-01T20:13:27+00:00</lastmod></url><url><loc>https://mcdowell.ophth.wisc.edu/2008/10/01/iris-phenotypes-and-pigment-dispersion-caused-by-genes-influencing-pigmentation/</loc><lastmod>2026-10-01T20:13:36+00:00</lastmod></url><url><loc>https://mcdowell.ophth.wisc.edu/2008/04/10/gpnmbr150x-allele-must-be-present-in-bone-marrow-derived-cells-to-mediate-dba-2j-glaucoma/</loc><lastmod>2026-10-01T20:13:48+00:00</lastmod></url><url><loc>https://mcdowell.ophth.wisc.edu/2004/10/01/motility-of-a-biflagellate-sperm-waveform-analysis-and-cyclic-nucleotide-activation/</loc><lastmod>2026-10-01T20:13:57+00:00</lastmod></url></urlset>
