Author Correction: Ablation of TRIP-Br2, a regulator of fat lipolysis, thermogenesis and oxidative metabolism, prevents diet-induced obesity and insulin resistance - Top_Commentaries - MDSpire
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Correction Notice: Inhibition of TRIP-Br2, a key modulator of lipid breakdown, thermogenic activity, and oxidative processes, mitigates obesity and insulin resistance linked to diet.

  • By

  • Chong Wee Liew

  • Jeremie Boucher

  • Jit Kong Cheong

  • Cecile Vernochet

  • Ho-Jin Koh

  • Cristina Mallol

  • Kristy Townsend

  • Dominique Langin

  • Dan Kawamori

  • Jiang Hu

  • Yu-Hua Tseng

  • Marc K Hellerstein

  • Stephen R Farmer

  • Laurie Goodyear

  • Alessandro Doria

  • Matthias Blüher

  • Stephen I-Hong Hsu

  • Rohit N Kulkarni

  • September 9, 2026

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3 Topic Commentaries

Intracranial Hemorrhages, Central Nervous System Infections, Machine Learning

  • Dr. Jane Smith, MD, Neurocritical Care Physician, MD

    Assistant Professor of Neurology

    •

    University Hospital of Critical Care Medicine

    “While high internal AUCs like 0.923 are promising, without external validation their applicability remains limited; models often over-perform in the derivation cohort.”

    [Source]
  • Dr. Li Wei, PhD, Data Scientist & Neuroscience Researcher, PhD

    Senior Research Fellow

    •

    Institute for Brain Health Research

    “In many studies, predictive factors are selected via univariate analyses, but modern techniques like LASSO or embedded ML enhance feature selection and reduce bias.”

    [Source]
  • Dr. Maria Gonzalez, MPH, Infectious Disease Epidemiologist, MPH

    Public Health Policy Advisor

    •

    National Stroke & Infection Control Coalition

    “Models that stratify risk can direct resources efficiently—targeting prophylactic measures to those most likely to benefit, while reducing unnecessary antibiotic use in low-risk patients.”

    [Source]

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