Explore UAB

Colleges & Schools

Zebrafish Research Facility Office of Research

Zebrafish Husbandry Education at the University of Alabama at Birmingham

Zebrafish husbandry education courses sponsored by the Zebrafish Husbandry Association (ZHA) are available at the University of Alabama at Birmingham (UAB). These are taught in two formats: an Online Course and a Short Course. Course content was developed by a team of ZHA members with expertise in optimal zebrafish husbandry practices in the biomedical research setting. The curriculum encourage standardization of husbandry methods and subsequently of research results.

For more information, please contact
Mr. Erik Sanders at aquaticslabservices@icloud.com
Dr. Hugh Hammer at hsh30@pitt.edu
Mr. Ryan Centini at rcentini@uab.edu
Mrs. Katie Dorris at kshipars@uab.edu

Images by McKenzie Taylor Greer

Course Details

 

OVPRED 500 - Zebrafish Husbandry Education Online Course

OVPRED 500 - Zebrafish Husbandry Education Online Course

Online Course

This is a 15-week course containing 29 online sessions. The course is available by computer or mobile device through an internet connection.

More Details

Zebra 900 - Zebrafish Husbandry Education Short Course

Zebra 900 - Zebrafish Husbandry Education Short Course

Short Course

The short course is a hands-on learning experience, in which participants work directly with zebrafish and husbandry equipment. Participants are divided into small groups each day to allow each participant maximal interaction with instructors and time to develop each skill.

More Details

GGSC 415/GGSC 615 - Aquatic Animal Models of Human Disease

GGSC 415/GGSC 615 - Aquatic Animal Models of Human Disease

Credit Course

This course will describe basic anatomy, biology, life history, husbandry, and research applications for a variety of aquatic organisms used as animal models of human disease in biomedical research.

More Details

Latest News

  • UAB to evaluate the impact of neighborhood revitalization on residents’ lung health
    In partnership with the Housing Authority of the Birmingham District, the City of Birmingham and community partners, UAB will assess the effectiveness of public housing renovations and environmental refinements on community health.
  • Etomidate proves more effective for sedative use in patient intubations
    Sedative choice could improve patient outcomes in patients who have been intubated.  
  • Uncovering how pneumonia-related bacteria may lead to deadly heart conditions
    A new study reveals how a bacterial gene and FIVAR-equipped proteins allow pneumonia bacteria to invade heart cells, causing severe cardiac damage.
More News