Squirrel monkeys are one of the two New World Monkeys whose genomes have been assembled and annotated. My research uses primate-specific mobile elements, known as Alu elements, that are only found in squirrel monkeys. By studying Alu element insertions in the squirrel monkey genome [these elements move around over time], researchers can help identify patterns of geographic origin within the squirrel monkey lineage, conduct population studies and improve future biomedical studies using the squirrel monkey as a model organism. For example, there are various endemic squirrel monkey viruses that are used to model human viruses such as herpes simplex virus and Epstein-Barr virus in biomedical studies.

My research project on the squirrel monkey genome has been by far one of my favorites because it has pushed me to the limits as far as thinking critically and pursuing new skill sets such as computer programming and phylogenetic concepts and software usage.

College of Science: What does a typical day look like for you?

Jasmine: A typical day for me begins at 5 a.m. when I wake up to start my self-care routine. My routine usually involves stretching or working out, drinking a cup of tea and planning my day. After my routine, I eat breakfast and get dressed and head to lab. I have found this routine to keep me more balanced and productive throughout the day.

Once I'm in the lab, I open my planner and begin knocking things off my list. Usually my lab day consists of coding python script, designing primers and completing PCR [Polymerase chain reaction (PCR) is a technique used in molecular biology to amplify a single copy or a few copies of a piece of DNA] for verification of informative genetic markers. Also, some days I spend time training undergraduates so they can gain productive lab experiences.