Candice Price

Using Mathematics to Unlock Biological Mysteries

Abstract:

Mathematical modeling is an effective resource for biologists-- it provides ways to simplify, study, and understand the complex systems common in biology and biochemistry. Many mathematical tools can be applied to biological problems, some traditional and some more novel, all innovative. This presentation will review some of the mathematical tools that I use to study biological questions including knot theory applied to DNA-protein interactions and using social networks to study evolutionary success.

Bio:

Candice Reneé Price, an esteemed African American mathematician, was born and raised in California. She has distinguished herself through contributions to mathematics through education and service. Growing up passionate about mathematics, Price earned her undergraduate degree (2003) in mathematics from California State University, Chico, and a master's degree (2007) in mathematics from San Francisco State University. She went on to complete her doctoral studies (2012) in mathematics at the University of Iowa, where her research focused on DNA Topology under the advisement of Dr. Isabel Darcy. Her published work now spans diverse areas of research including applied mathematics, mathematics of social justice, and discrete mathematics.

Beyond her research, Candice Price is known for her advocacy for diversity in STEM fields and her mentorship of aspiring mathematicians, particularly from underrepresented backgrounds. She has received numerous awards and honors for her contributions, including the 2022 Mathematics Association of America Inclusivity Award. She remains a role model and inspiration, both as a distinguished mathematics educator and for her commitment to promoting inclusivity and diversity in the mathematics community.