Assistant Professor of Biomolecular Engineering
Institute Faculty, UC Santa Cruz Genomics Institute
Postdoctoral Fellow, Dana-Farber Cancer Institute/Broad Institute with Matthew Meyerson
Ph.D., Molecular and Cell Biology, UC Berkeley with Steven Brenner
B.S., Biology with Specialization in Bioinformatics, UC San Diego
When I’m not sciencing , I like to run to offset my love of food and cooking. I also like to sing and play guitar.
B.A. and Ph.D., UC Berkeley in Biochemistry and Comparative Biochemistry.
Interests: Genome-wide research to understand the roles of RNA processing in disease and aging.
Hobbies: I am happiest spending time with my family swimming, hiking, and camping in the mountains. I also love ballet, and teach at local studios on occasions.
B.S., Biology, University of Florida
My research aims to study alternative splicing by using Expression-based variant impact phenotyping (eVIP) to identify the functional changes induced by different expressed isoforms.
My current hobbies are reading, playing sports, and learning to paint!
B.S., Bioengineering, Minor Bioinformatics, UC Santa Cruz
I’m working on a computational project focused on the gene, RBFOX1, which codes for an RNA binding protein, which is responsible for regulating alternative splicing. Specifically, I am looking at how deletions of the gene are affecting RBFOX1 gene expression as well as alternative splicing of downstream genes in patients with colorectal adenocarcinoma.
B.S., Bioengineering/Bioinformatics, Minor Statistics and Electrical Engineering, UC Santa Cruz
I am currently working on a data mining project, focusing on analyzing CRISPR/Cas9 sgRNA data to determine the location of cut sites within exons in the genome.
Hobbies: When I have time outside of school, I enjoy playing video games, going sailing or skiing and traveling to new places.
PBSE MCD Track
M.S., Cell & Molecular Biology, San Francisco State University with Scott W. Roy
B.S., Physiology, San Francisco State University
I’m generally interested in mechanisms and signals involved in pre-mRNA splicing. My current project is concerned with understanding how somatic mutations across different cancer types affect splicing. In my effort to get the best resolution on cancer-associated splicing alterations, I am also aiding in the development of new technologies at UCSC to sequence full transcript isoforms – Nanopore sequencing.
In my free time I enjoy running, kayaking, and exploring new restaurants!
PBSE BMEB Track
B.S., Bioengineering, UC Berkeley
I want to develop better models to predict disease progression and drug resistance in cancers that arise from mutations that alter splicing and the transcriptome. My current project involves uncovering mutations in the 5′ untranslated regions of genes and characterizing their effects on transcription and translation.
When I’m not in lab, I enjoy discovering new rock walls to climb, re-imagining childhood Japanese dishes, and fiddling with new frameworks for data visualization.
PBSE BMEB Track
B.Sc., Biochemistry, University of Virginia
My research is involved in looking at genes involved with chromatin modification and how somatic mutations in lung adenocarcinoma in those genes affect alternative splicing.
In my spare time I enjoy playing basketball, ocean activities, and studying Japanese.
PBSE BMEB Track
B.A., Molecular and Cell Biology, UC Berkeley
I’m looking at altered splicing in SF3B1 mutated CLL samples using ONT long reads and Illumina short reads. I’m interested in understanding/using/developing long read and Hybrid-seq methods to make biological discoveries in cancers, among other genetic diseases.
I like hiking, doing jigsaw puzzles, and drinking pearl milk tea.
Proposed Major: Bioengineering, Minor Bioinformatics
My research interests include the development and application of technology to biological sciences, specifically those with medical applications. I am currently working on a collaborative project with the Brooks Lab and Carpenter Lab involving identification of alternative splicing events within the innate immune response system.
In my free time I enjoy drawing, singing, and dancing.
I will be working on implementing the WEB-seq and DEB-seq shrinkage strategies for comparing two datasets in a new statistical test on the JuncBASE library. I will later contribute to a cloud-based model of JuncBASE.
I enjoy learning about different types of neural networks, playing basketball, and mountain biking.
Bioengineering Major, Bioinformatics Minor
I’m currently working on cloning CRISPR sgRNAs to investigate splicing mutations.
My hobbies include speeding down hills on bikes, scampering up vertical rock surfaces, partner acrobatics, food chemistry, and traveling anywhere beautiful.
I am developing a program that will take junction coordinates, find mutual exclusive junctions, and calculate the PSI of those junctions actually occurring.
In my free time, I love cardiovascular activities.
Sep 2015-Jun 2017, Awards: Crown College Undergraduate Research Fellowship, Koret Scholarship, Dean’s Award, Currently: Graduate Student, Harvard Systems Biology
Computational and wet-lab postdoc positions available. Computational postdocs with experience in high-throughput sequencing analysis are strongly encouraged to apply. Potential wet-lab postdocs with experience in molecular biology, RNA biochemistry, and cancer biology are strongly encouraged to apply. If interested, please send an email and CV.
Graduate student positions available through the PBSE and Biomolecular Engineering graduate programs.
Please check back one month before the start of a quarter for availability of undergraduate research positions. Email for more information.