Our lab uses the zebrafish as a genetic model organism to understand cardiac progenitor/stem cell biology during vertebrate development and regeneration.Our studies are largely aimed at understanding how cardiovascular progenitor cells become established during development and later differentiate into the proper cellular lineages. We also use the amazing regenerative capacity of zebrafish to dissect the cellular and genetic mechanisms regulating new cardiomyocyte production following adult heart injury.  Through these studies we anticipate discovering new genetic pathways and cellular processes required to drive cardiomyogenesis, which may be integral for informing the development of improved preventative and therapeutic technologies (Learn More).


Lab Links:

Quartzy Lab Equipment sign-up:

https://www.quartzy.com/facilities/calendar

Plasmid, Purchase and Burns Fish Database (password protected):

http://fmpro.dipr.partners.org

MGH Fish Database (password protected):

https://fmpro.dipr.partners.org:443/fmi/iwp/res/iwp_auth.html

DF/HCC Research Pathology Cores System (password protected):

http://genepath.med.harvard.edu:8080/pathcore/index.php

Burns Lab BAC Recombineering Protocol:

Burns Lab BAC Recombineering Protocol.pdf