Skip to main content
2025 AABB Annual Meeting Main banner
Final Program


Icon Legend
This session is not in your schedule.
This session is in your schedule. Click again to remove it.
Event Icons
Assessor Sessions
Assessor Sessions
Committee Meetings
Committee Meetings
Foundation Events
Foundation Events
Networking Events
Networking Events
Oral Abstracts
Oral Abstracts
CABP Eligible
CABP Eligible
Video Recording

Cell Biology, Immunology and Biochemistry (Basic and Preclinical Research)

AM25-MN-01-L - Iron Matters: Regulating the Metal That Makes Blood Red (Landsteiner-Alter Award and Lectureship)

Monday, October 27, 2025
8:15 AM - 9:15 AM  PT
Room: SDCC 20D
CE: 1 CME (AMA Physician Credit) / 1 CE (Non-Physician Credit)

    Award Acceptance(s)

  • Tomas Ganz, MD, PhD (he/him/his)

    Distinguished Research Professor of Medicine and Pathology
    David Geffen School of Medicine at UCLA

    Disclosure(s): Cellgate: Consultant/Advisory Board (Ongoing); City Therapeutics: Consultant/Advisory Board (Ongoing); Dexcel: Consultant/Advisory Board (Ongoing); Disc Medicine: Consultant/Advisory Board (Ongoing), Stock Shareholder (self-managed) (Ongoing); Intrinsic LifeSciences: Stock Shareholder (self-managed) (Ongoing); Ionis: Consultant/Advisory Board (Ongoing); Silence Therapeutics: Consultant/Advisory Board (Ongoing)

    Handouts

    • Program Chair(s)

  • Meghan Delaney, DO, MPH

    Chief, Pathology & Laboratory Medicine
    Children's National Hospital
    Washington, District of Columbia

    Disclosure information not submitted.

The lecture describes the physiology of iron regulation and its principal disorders, as seen by a physician-researcher who spent a quarter of a century studying the subject.

Learning Objectives:

  • Describe the distribution and movement of iron in the human body 
  • Highlight the role of hepcidin and ferroportin as the endocrine dyad that controls the absorption and distribution of iron
  • Review how hepcidin is regulated by iron, erythropoietic activity, and inflammation/host defense
  • Explain the molecular basis of iron disorders from iron deficiency anemia to hemochromatosis