Skip to content
Saturday, May 31, 2025
Latest:
  • Renewing hope: A global push to improve neonatal outcomes
  • FROM THE LABS: Cell Painting identifies flavonoids that are toxic to bladder cancer cells
  • Menopause 101
  • New technique offers lasting relief for slipping rib syndrome
  • Ready for space travel? GENESTAR can track how space affects your health
Baylor College of Medicine Blog Network

  • Home
  • Momentum
    • About Momentum
    • Resources
    • Contributors
      • Taylor Barnes
      • Dana Benson
      • Molly Chiu
      • Julie Garcia
      • Graciela Gutierrez
      • Anna Kiappes
      • Andy Phifer
      • Homa Shalchi
      • 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
From The Labs

Brain sphingolipid metabolism is closely involved in Gaucher disease

July 19, 2022 Gaucher disease,  glia,  glucosylceramide,  lipid metabolism,  lysosomes,  neurodegenerative disease,  neurons,  Parkinson's Disease,  Research,  sphingolipid

Disruption of sphingolipid metabolism led to neurodegeneration in animal models, revealing a new molecular path to Gaucher’s disease.

Read More
From The Labs

Patient-inspired research connects sugar metabolism and peroxisomes

September 28, 2017 lipid metabolism,  peroxisomal biogenesis,  Peroxisomal disease,  peroxisomes,  PEX genes,  Rare Diseases,  sugar metabolism,  Zellweger disease

Peroxisomal biogenesis disorder is a condition that has been linked only to lipid metabolism. This line of thought has now changed as new research has

Read More
From The Labs

Timing exercise with muscle fuel switching could help you lose weight

February 28, 2017 circadiam rhythm,  circadian rhythm,  Diabetes,  exercise endurance,  gucose metabolism,  HDAC3,  lipid metabolism,  Muscle fuel switch

Skeletal muscles change their fuel preference according to a circadian rhythm. Mouse muscles, for instance, use glucose as fuel when the animals are awake and

Read More
From The Labs

New oncogene MNX1 contributes to higher incidence of prostate cancer among African American men

October 12, 2016 African American men,  AKT,  lipid metabolism,  oncogene MNX1,  Prostate Cancer,  testosterone

Genetic factors can explain, at last in part, the higher incidence of prostate cancer among African American men compared with men of other ethnic groups.

Read More

From the Labs: Image of the Month

Blood vessels (magenta) intertwined with metastatic medulloblastoma tumor cells (green) nestled within the protective layers that surround the mouse spinal cord. From the Labs: a closer look at metastatic medulloblastoma

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