Deborah Dele-Oni
University of Massachusetts Dartmouth
From Fall River, MA
From Fall River, MA
Experienced student researcher with a demonstrated history of working on short term projects through summer internships and long term projects in the Drew Lab. Skilled in Microsoft Word, Molecular Biology, Genetics & wet lab techniques. Currently pursing a Bachelors Degree of Biology, with a concentration in Cellular and Molecular Biology and a minor in Biochemistry from University of Massachusetts Dartmouth.
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Deborah Dele-Oni from Fall River, MA named to UMass Dartmouth Fall 2016 Deans List
Deborah Dele-Oni from Fall River, MA has been named to the UMass Dartmouth Fall 2016 Dean's list in recognition of earning a semester grade point average of 3.2 or higher of a possible 4.0. UMass ...
January, 24 2017 - University of Massachusetts Dartmouth
Deborah Dele-Oni From Fall River, MA Named to UMass Dartmouth Fall 2015 Dean's list
Deborah Dele-Oni from Fall River, MA has been named to the UMass Dartmouth Fall 2015 Dean's List. To be named to the Dean's List a student must have a grade point average of 3.2 or higher out of a ...
February, 12 2016 - University of Massachusetts Dartmouth
Admissions Ambassador at UMass Dartmouth
Lead International Admissions Ambassador
Lead tours and provide information about UMass Dartmouth from a student perspective.
Participate in Admissions Office events including Open House, Information Sessions, Accepted
Student Days, etc.
Attend Student Admissions Ambassadors meetings and trainings
Other opportunities include participating in online chats, emailing with prospective
students, speaking on student panels, and working with Admissions Counselors to recruit
students from your home area.
Work as group tour lead to schedule all the group tours that come into the office of admissions.
August 2015 - Present
Undergraduate Research Assistant at UMass Dartmouth
As a member of the Drew lab, I am looking to locate and identify a gene that has not been identified in symbiotic clownfish that maybe a responsible for the mutualistic relationship. Using various genetic techniques such as inverse PCR and cloning, along with deep sequencing, I hope to identify this gene in symbiotic fish and a closely related non symbiotic species.
Funded by the UMass Dartmouth Office of Undergraduate Research and the Louis Stokes Alliances for Minority Participation (LSAMP) Program.
January 2015 - Present
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