Skip to content
Saturday, December 13, 2025
Latest:
  • From symptoms to solutions: How new guidelines are changing UTI care in spinal cord injury patients
  • Research suggests that Alzheimer’s disease may develop through distinct biological pathways
  • Sweat vs. sweets: The workout math behind holiday treats
  • Researchers make strides toward preventing parenteral nutrition-associated liver disease
  • A new approach to treating overactive bladder
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

5D4

From The Labs

5D4 disrupts several molecular pathways, including MYC, that lead to cancer growth

October 26, 2023 5D4,  Breast Cancer,  cancer inhibitor,  MYC,  ovarian cancer,  PARP inhibitor,  Research,  TopBP1

The findings strongly support the potential use of TopBP1 inhibitors as a targeted cancer therapy.

Read More

From the Labs: Image of the Month

Close up of neurons from the brain cortex of a mouse with Huntington's disease. From the Labs: Human intestinal organoid

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