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#mitochondrialdisease — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #mitochondrialdisease, aggregated by home.social.

  1. How do different tissues respond to mitochondrial dysfunction? @CAndrewFrank &co show that Complex I depletion triggers ROS-driven compensatory signaling in #MotorNeurons, but degeneration in muscles, with implications for #MitochondrialDisease @PLOSBiology plos.io/4nLUIGJ

  2. How do different tissues respond to mitochondrial dysfunction? @CAndrewFrank &co show that Complex I depletion triggers ROS-driven compensatory signaling in #MotorNeurons, but degeneration in muscles, with implications for #MitochondrialDisease @PLOSBiology plos.io/4nLUIGJ

  3. How do different tissues respond to mitochondrial dysfunction? @CAndrewFrank &co show that Complex I depletion triggers ROS-driven compensatory signaling in #MotorNeurons, but degeneration in muscles, with implications for #MitochondrialDisease @PLOSBiology plos.io/4nLUIGJ

  4. How do different tissues respond to mitochondrial dysfunction? @CAndrewFrank &co show that Complex I depletion triggers ROS-driven compensatory signaling in #MotorNeurons, but degeneration in muscles, with implications for #MitochondrialDisease @PLOSBiology plos.io/4nLUIGJ

  5. How do different tissues respond to mitochondrial dysfunction? @CAndrewFrank &co show that Complex I depletion triggers ROS-driven compensatory signaling in #MotorNeurons, but degeneration in muscles, with implications for #MitochondrialDisease @PLOSBiology plos.io/4nLUIGJ

  6. Improved #ThreeParent conception for #MitochondrialDisease. A novel optimized strategy to perform spindle-chromosomal complex transfer (#SCCT) with minimal #mtDNA carryover and excellent #embryo development in both mouse & human models #PLOSBiology plos.io/3ZJIp2K