Skip to content
Wednesday, November 11, 2026
Latest:
  • VA trial to study effects of GLP-1s for alcohol use disorder among veterans
  • New treatment reduces heart scarring and abnormal heart rhythms, offering a possibility for future therapies
  • Testosterone: More than sex, muscle and masculinity
  • Glioblastoma fights back and often defeats the brain’s defenses against tumor growth
  • Can you train your lungs?
Baylor College of Medicine Blog Network

  • Home
  • Momentum
    • About Momentum
    • Resources
    • Contributors
      • Taylor Barnes
      • Dana Benson
      • Molly Chiu
      • Julie Garcia
      • Graciela Gutierrez
      • Anna Kiappes
      • Aries Payne
      • Andy Phifer
      • Homa Warren
      • Melissa Tucker
    • Contact Us
  • From The Labs
    • About From the Labs
    • Follow From The Labs on Twitter
  • Policywise
    • About PolicyWise
    • Follow @BCMEthics on Twitter
  • The Stitch
    • About The Stitch
  • Progress Notes
    • About Progress Notes
    • Progress Notes Editors
    • Connect With Us
  • bcm.edu

clinical diagnosis

From The Labs

Rare chromosome reshuffling leads to severe complex form of epilepsy

February 18, 2025 5q14.3 microdeletion syndrome,  chromosome reshuffling,  chromothripsis,  clinical diagnosis,  developmental epileptic encephalopathy,  epilepsy,  Lennox-Gastaut syndrome,  Research

Although it’s more commonly found in cancer, chromosome reshuffling is increasingly identified in neurodevelopmental disorders.

Read More

From the Labs: Image of the Month

Microscopy image of mouse brown fat cells derived from the depot located in the neck, above the collarbone. The red color outlines individual fat cells, and green labels fat droplets inside the cells. The lipid droplets are a hallmark of mature adipocytes. Image courtesy of the Chen lab. From the Labs: Brown Fat

Healthy Habits: A DOC-umentary Series

https://www.youtube.com/watch?v=SlNiMWHUhbc

Archives

Search

©1998 - 2023 Baylor College of Medicine®
One Baylor Plaza, Houston, Texas 77030
(713) 798-4951