Kelsey F
- Research Program Mentor
PhD candidate at Stanford University
Expertise
Genetics/genomics, biochemistry, bioinformatics
Bio
Hi, my name is Kelsey. I am currently a PhD student studying chromatin organization. I am interested in the fundamental mechanisms that control genome regulation and gene expression. Using DNA sequencing technology and classic biochemical assays, I aim to better understand how our cells establish and maintain the centromere, a specialized chromatin territory that forms the attachment site for the mitotic spindle to ensure proper chromosome segregation during cell division. Outside of science, I enjoy being creative. I like to paint, sew, and make jewelry. I also love to garden - especially propagating succulents and other plants from small clippings/leaves.Project ideas
How do epigenetic marks vary between alleles in individuals?
Each of our cells contain a complete copy of our genome which is made up of over 3 billion bases (A,T,G,C). Our genome is tightly regulated to organize, maintain, and easily access all of that information. One mechanism of genome regulation is through epigenetic marks that affect chromatin structure - how tightly or loosely packed the DNA is. This can vary across individuals and within one individual between the two different copies of each chromosome (one from mom & one from dad). Analyze long read DNA sequencing data to gain insight in how certain epigenetic marks can vary between alleles for the same gene in one individual. (image from https://www.mechanobio.info/genome-regulation/what-is-chromatin-heterochromatin-and-euchromatin/)