
The Marine Microbiomics Lab
at NYUAD
Our lab studies the role microbiomes play in the adaptation and evolution of important marine eukaryotes, particularly phytoplankton and corals. Using multiomics and physiological and phenotypic techniques, we examine how these microbiomes influence their hosts' physiology, evolution, response to the environment, and the effects of climate change and anthropogenic influences on these host-microbiome relationships.
Our lab is also extensively using cutting-edge techniques to study microbial ecology and beyond. We use microfluidics to study phytoplankton microbiomes at the single-cell level. We also use metabolomics and develop metabolomics techniques to study a wide range of questions, including host-microbiome interactions, saliva metabolomics, drug metabolism in the human gut and model system metabolomics.
Our Research in the Spotlight
Our work continues to gain media attention and recognition, highlighting the impact of our research and its contributions to marine science.
Recent News
New Milestone
The MEsME Society, dedicated to advancing microbial ecology and biotechnology across the MENA region, was officially launched at the 4th International Conference of Microbial Ecology and Biotechnology at Sultan Qaboos University, Oman.
Conference Highlights
Members of the Amin Lab presented their latest research through oral presentations and scientific posters at the 4th International Conference of Microbial Ecology and Biotechnology in Oman.
Best Poster Award
Congratulations to Ashley on receiving the Best Poster Award at the 4th International Conference of Microbial Ecology and Biotechnology in Oman!
Best Poster Award
Congratulations to Ellen Piercy on receiving the Best Poster Award at the Climate Solutions Summit 2026!
New Feature
NYU Abu Dhabi features the Amin Lab's latest research on how coral-associated bacteria influence coral immune responses during heat stress. Read NYU Abu Dhabi Study Reveals How Coral-Associated Bacteria Help Corals Survive Extreme Heat
New publication (Research Briefing)
A new Nature Microbiology research briefing highlights how bacterial steroid hormones shape coral immunity during heat stress. Read the research briefing
New publication
Our latest study in Nature Microbiology reveals how steroid hormones produced by coral-associated Endozoicomonas bacteria influence coral immune responses during thermal stress. Read the publication




