Cell Biology, Biochemistry, Metabolism and Bioinformatics

Undergraduate Research Opportunity: Exploring Physiology, Metabolism, Cell Biology, Biochemistry, and Bioinformatics.
We invite applications from driven and dedicated students who aspire to immerse themselves in scientific inquiry. Our laboratory presents an exceptional multi-disciplinary research environment specializing in Physiology, Metabolism, Cell Biology, Biochemistry, and Bioinformatics.

Ideal Candidates:
We seek highly motivated individuals, ideally entering their sophomore year during the upcoming spring term. However, we welcome committed and enthusiastic freshmen as well.

Candidates will have the opportunity to apply for UROP-funded positions or opt for academic credit arrangements.

Commitment Expectations:
We are looking for candidates who can commit to part-time engagement throughout the academic year, involving approximately 10-15 hours per week, distributed across three days.

During the summer and possibly academic breaks, full-time participation is anticipated, with a commitment of approximately 40 hours per week.

Your Evolution with Us:
Your initial responsibilities will encompass general laboratory maintenance, the care of our mouse colonies, genotyping procedures, and specialized training in advanced molecular biology, biochemistry, and cell biology techniques. Candidates can choose to focus on bioinformatics and data analysis.
As you progress and exhibit dedication, you will have the opportunity to engage in more advanced and intricate research activities.

Our Commitment to You:
Your dedication to our research program will be reciprocated with comprehensive career guidance and immersive hands-on experience.
A significant number of our previous undergraduate researchers have successfully transitioned into graduate programs (Ph.D., MD) and have contributed as co-authors to research publications featured in renowned journals.

Our Laboratory’s Core Mission:
Our central mission revolves around the elucidation of complex molecular mechanisms and pathways governing both physiological and pathological adaptations, with a specialized focus on adipose tissue remodeling.

We aim to identify innovative pharmacological and non-pharmacological targets by gaining deep insights into these processes with the goal of restoring metabolic health.

Our research arsenal encompasses an array of state-of-the-art techniques, including in vivo metabolic models (mice), cell behavior studies, genetic manipulation, histology, immunostaining, flow cytometry, and single-cell sequencing and data analysis.

Ready to Join Us?
If this opportunity aligns with your aspirations, we kindly request you submit your current weekly class schedule and your updated resume to rabhi@bu.edu.

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