Blog

Miranda Bell

Major: Materials Science and Engineering | Research Title: Diffusion of Mass Density Using a Lattice Boltzmann Model in an Enclosed System

Madison Thompson

Major: Pharmaceutical Chemistry | Research Title: NMR Quantification of Hydrogen-Bond Accepting Ability for Organic Molecules

Audrey Loaiza

Major: Biological Sciences | Research Title: The Role of miR156 in Leaf Development in Legumes

Kiya Jackson

Major: Biological Sciences | Research Title: Post-translational modifications of circadian proteins: phosphorylation of ClkS13 by Casein Kinase 1 Alpha

Matthew Self 

Matthew’s research focuses on finding better ways to map the distribution of mass in the universe. This is accomplished by measuring the amount by which light passing by a massive object is bent by its gravity, distorting the images of objects behind the mass. He has discovered that a new tool called the Fisher Information Matrix is much more effective than traditional methods for measuring this gravitational effect. 

Callie Wilcox 

As an undergraduate researcher in Dr. Carrie Finno’s Veterinary Genetics Laboratory, Callie Wilcox collaborates on research related to genetic diseases in horses, particularly Equine Neuroaxonal Dystrophy/Equine Degenerative Myeloencephalopathy (eNAD/EDM). This disease makes it difficult for horses to walk normally. Her published research focuses on four proposed genetic causes for the disease and has ruled out specific locations in the genome that are not associated with greater risk.

Hana Minsky

Hana Minsky conducts research in the Zerbe Lab, where she studies terpenes: molecules that many plants make to help them survive environmental stressors, such as drought or disease. She mainly focuses on terpenes made by maize (corn), which is not only a common food staple, but is also important for biofuels and other natural products. Learning more about how plants protect themselves from damage helps scientists to engineer resilient plants that will be able to produce more food and handle the stress of climate change. 

Teresa Tang 

Yu Ching (Teresa) Tang conducts research in the UC Davis Department of Chemistry alongside Dr. Annaliese Franz. Her published work investigates new ways of synthesizing novel organic semiconductors: polymers that are used to create flexible circuit boards (like those we see in sci-fi movies), bioimaging probes, and solar panel coatings. For her latest project, she used a pink and purple dye called diketopyrrolopyrrole (DPP) and altered its chemical structure so that it would be more efficient as a semiconductor. 

Jayashri Viswanathan

Jayashri Viswanathan is a third-year biochemistry and molecular biology major in Dr. David Olson’s lab, where she conducts research on the molecular and systemic basis of hallucinations caused by psychedelic compounds. She has also conducted research on the development of safer, more effective neurotherapeutic drugs, inspired by classic psychedelics such as LSD and psilocybin (psychedelic mushrooms). 

Natasha Fowler

Major: Psychobiology | Development of an Experimental Procedure for Examining Nutritional Regulation of Heart Rate Variability: Implications to Health

Leslie Matheu

Major: Genetics and Genomics | Research Title: Determining Function of SNPs Associated with Schizophrenia

Harold Marin

HAROLD MARIN, Biochemistry and Molecular Biology, 2016
Undergraduate Faculty Mentor: Dr. Frank McNally
Research Title: F-actin prevents interaction between sperm DNA and the oocyte meiotic spindle in C. elegans
What is your hometown and state, and where are you now?  Stockton, CA - Current Location: Ann Arbor, MI
Publications: Panzica, M. T. et al. J. Cell Biol. 216, 2273–2282 (2017) http://jcb.rupress.org/content/216/8/2273/tab-article-info

Titus Garrett

TITUS GARRETT, BS-Civil Engineering-06/2017-UC Davis-Department of Civil and Environmental Engineering

Titus Garrett

Major: Civil and Environmental Engineering | Research Title: Particle Tracking Method for Upscaling Reactions on Mixing Fronts

Saba Haile

Major: Microbiology | Research Title: Asymmetry of Female Meiosis Reduces the Frequency of Inheritance of Unpaired Chromosomes