Research Interest:
My research interests include invertebrate immunity, oyster restoration efforts, bioextraction and contaminants of emerging concern on marine invertebrates.
The eastern oyster Crassostrea virginica is an invertebrate and therefore relies on innate immunity. Hemocytes are the main immune effectors in bivalves. Hemocytes are diverse cells that are able to perform various functions including immune functions such as phagocytosis, production of reactive oxygen species, apoptosis etc. In particular, I am interested in the biology of hemocytes and how the dynamics of environmental factors including exposure to contaminants may impact oyster immunity and disease dynamics.
Oyster restoration efforts often include habitats for other organisms through either the shell structures themselves or other structures added for the support of reef restoration. These shells and structures provide habitats for other invertebrates. Another ongoing area of research in lab involves understanding the impacts of oyster restoration structures on invertebrate biodiversity.
Multiple views and perspectives can widen our understanding and approach on scientific research question. I believe in supporting a diverse and inclusive field in science. I have co-lead the development of a peer mentorship program for underrepresented women in my previous institute and continue to collaborate on research on this topic.
My research interests include invertebrate immunity, oyster restoration efforts, bioextraction and contaminants of emerging concern on marine invertebrates.
The eastern oyster Crassostrea virginica is an invertebrate and therefore relies on innate immunity. Hemocytes are the main immune effectors in bivalves. Hemocytes are diverse cells that are able to perform various functions including immune functions such as phagocytosis, production of reactive oxygen species, apoptosis etc. In particular, I am interested in the biology of hemocytes and how the dynamics of environmental factors including exposure to contaminants may impact oyster immunity and disease dynamics.
Oyster restoration efforts often include habitats for other organisms through either the shell structures themselves or other structures added for the support of reef restoration. These shells and structures provide habitats for other invertebrates. Another ongoing area of research in lab involves understanding the impacts of oyster restoration structures on invertebrate biodiversity.
Multiple views and perspectives can widen our understanding and approach on scientific research question. I believe in supporting a diverse and inclusive field in science. I have co-lead the development of a peer mentorship program for underrepresented women in my previous institute and continue to collaborate on research on this topic.
Courses Taught
Bio 120T/L General BiologyBio 130T Biological Principals I
Bio 131L Biological Principals II
Bio 336 Marine Ecology
Education
- B.S., Biology, SUNY Stony Brook, 2006
- M.S., Biology, Northeastern University, 2009
- Ph. D. , School of Marine and Atmospheric Science (Marine Biology), SUNY Stony Brook, 2017