Skip to content
Friday, September 11, 2026
Latest:
  • HPV self-collection: The test is only the beginning
  • 2026 Horwitz Prize Awarded for Work on Epigenetics in Neurological Diseases
  • What should you expect during an allergy test?
  • Understanding the underlying mechanism of steroid-resistant asthma
  • What we take with us: Professional development lessons that last
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

egg and embryo

From The Labs

How the egg and the embryo actually travel through the fallopian tube

August 5, 2021 animal reproduction,  egg and embryo,  fallopian tube,  imaging,  in vitro fertilization,  oviduct,  preimplantation embryo,  Research,  tomography

Eggs and embryos go through an unexpected journey that is more dynamic and complex than previously thought.

Read More

From the Labs: Image of the Month

two distinct neuronal populations in separate compartments of a microfluidic device. On the left, neurons express the 4R tau form (pink), which is associated with toxicity in Alzheimer’s disease, while on the right there are neurons from healthy individuals expressing normal tau (blue). In the central microgroove region of the device, neurons extend axons between the compartments. From the Labs: Tau travels between neurons

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