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• PKD1 mutant clones within cirrhotic livers inhibit steatohepatitis without promoting cancer - Children's Medical Center Research Institute (CRI) | Dallas Texas

  https://cri.utsw.edu/pkd1-mutant-clones-within-cirrhotic-livers-inhibit-steatohepatitis-without-promoting-cancer/

  Main Menu About CRI About CRI Who We Are Discoveries Careers Contact Research Research Areas Genetic and Metabolic Disease Program Tissue Regeneration Program Cancer Biology Shared Facilities Moody Flow Cytometry Metabolomics Mouse Genome Engineering Sequencing Research News Discoveries Research News…

  

• Discovery Archive - Children's Medical Center Research Institute (CRI) | Dallas Texas

  https://cri.utsw.edu/discovery-archive/?_sft_research_area=regenerative-medicine

  Children’s Medical Center Research Institute at UT Southwestern (CRI) is a joint venture of UT Southwestern Medical Center and Children’s ...

  

• PEX39 discovered: first human peroxin in 20 years - Children's Medical Center Research Institute (CRI) | Dallas Texas

  https://cri.utsw.edu/deberardinis-lab-discovers-first-human-peroxin-in-20-years/

  Main Menu About CRI About CRI Who We Are Discoveries Careers Contact Research Research Areas Genetic and Metabolic Disease Program Tissue Regeneration Program Cancer Biology Shared Facilities Moody Flow Cytometry Metabolomics Mouse Genome Engineering Sequencing Research News Discoveries Research News…

  

• Mitochondria use NADPH to fuel fatty acid synthesis, lipoylation - Children's Medical Center Research Institute (CRI) | Dallas Texas

  https://cri.utsw.edu/hoxhaj-lab-discovers-how-mitochondria-use-nadph-to-fuel-fatty-acid-synthesis-lipoylation/

  Main Menu About CRI About CRI Who We Are Discoveries Careers Contact Research Research Areas Genetic and Metabolic Disease Program Tissue Regeneration Program Cancer Biology Shared Facilities Moody Flow Cytometry Metabolomics Mouse Genome Engineering Sequencing Research News Discoveries Research News…

  

• SARM1 in the auto-inhibited state – Bai Lab

  https://baistructurelab.org/sarm1-in-the-auto-inhibited-state/

  Login Home Research Structure Gallery Lab Members Publications Search Menu Menu SARM1 in the auto-inhibited state Share this entry Share on X Share on X Share on WhatsApp Share on LinkedIn Share by Mail https://baistructurelab.org/wp-content/uploads/2021/09/image006-1.jpg 300 300 Academic Web Pages /…

  

• Human KCC1 determined in inward-facing conformation – Bai Lab

  https://baistructurelab.org/human-kcc1-determined-in-inward-facing-conformation/

  Login Home Research Structure Gallery Lab Members Publications Search Menu Menu Human KCC1 determined in inward-facing conformation Share this entry Share on X Share on X Share on WhatsApp Share on LinkedIn Share by Mail https://baistructurelab.org/wp-content/uploads/2021/09/image002.jpg 300 300 Acad…

  

• PlexinC1/A39R 2:2 dimeric complex – Bai Lab

  https://baistructurelab.org/plexinc1-a39r-22-dimeric-complex/

  Login Home Research Structure Gallery Lab Members Publications Search Menu Menu PlexinC1/A39R 2:2 dimeric complex Share this entry Share on X Share on X Share on WhatsApp Share on LinkedIn Share by Mail https://baistructurelab.org/wp-content/uploads/2021/09/image003-1.jpg 300 300 Academic Web Pages /…

  

• IGF1R dimer with one IGF1 bound in an asymmetric, active conformation – Bai Lab

  https://baistructurelab.org/igf1r-dimer-with-one-igf1-bound-in-an-asymmetric-active-conformation/

  Login Home Research Structure Gallery Lab Members Publications Search Menu Menu IGF1R dimer with one IGF1 bound in an asymmetric, active conformation Share this entry Share on X Share on X Share on WhatsApp Share on LinkedIn Share by Mail https://baistructurelab.org/wp-content/uploads/2021/09/image00…

  

• Insulin receptor with four insulins bound – Bai Lab

  https://baistructurelab.org/insulin-receptor-with-four-insulins-bound/

  Login Home Research Structure Gallery Lab Members Publications Search Menu Menu Insulin receptor with four insulins bound This is the first high resolution structure of IR-insulin complex determined by using a full-length IR. This structure reveals the insulin binding site 2. Share this entry Share o…

  

• Human ZnT8, a Zn2+/H+ antiporter in the insulin secretory granules, determined in the inward-facing conformation. This study provides the structural insights into the Zn2+/H+ exchange mechanism of ZnT8 – Bai Lab

  https://baistructurelab.org/human-znt8-a-zn2-h-antiporter-in-the-insulin-secretory-granules-determined-in-the-inward-facing-conformation-this-study-provides-the-structural-insights-into-the-zn2-h-exchange-mechanism-of-zn/

  Login Home Research Structure Gallery Lab Members Publications Search Menu Menu Human ZnT8, a Zn2+/H+ antiporter in the insulin secretory granules, determined in the inward-facing conformation. This study provides the structural insights into the Zn2+/H+ exchange mechanism of ZnT8 Share this entry Sh…