I have been working on a few projects “Net ecosystem fluxes of methyl halides from Rush Ranch, a salt marsh ecosystem in the San Joaquin Delta”, “Halide extractions from Oxford Tract” and I’m about to start another project that is running GS-MS with a different carrying gas, which could possibly improve gas chromatography results. With the first two projects I did a lot of halide extractions and they are done at this moment and ready for the last SAM measurements, that will give us the valuable data for both projects. For the Rush Ranch project we recently collected new samples in the field and going to finish measurements on GS-MS gas chromatography next week.
We are trying to analyze the geographical properties of research papers from 1970s to now. The papers we choose to analyze are primarily about conducting researches on regions & lands. Therefore, through analyzing the geographical properties of authors, conference address, researching scope, etc., we would like to find a relation between where the paper is written and where the paper is discussing about. For example, whether a paper written by a Berkeley Professor has more/less probability to discuss Berkeley region or Greater Bay Area region.
This summer, I will be working on investigating the structure and molecular determinants of the Dengue Virus NS1 protein. Dengue Virus affects hundreds of millions of patients annually and can lead to symptoms such as hemorrhagic fever or shock syndrome. My work will be building on our findings in lab from the past year regarding key amino acid sites on NS1’s role in compromising endothelial permeability and I am hoping to create new mutant proteins to help further our investigation.
I will work mostly on two projects, linked by the common theme of controlling myopia (the focus of the Wildsoet Lab). One of my projects will involve guinea pigs as an animal model for myopia and will explore the influence of dosing on the effectiveness of atropine eye drops for slowing or preventing the development of myopia. The second project will involve human subjects and a study of anterior ocular changes induced by a specialized contact lens for myopia control.
Prof. Shapiro is an experimental particle physicist and a leader of the Lawrence Berkeley National Laboratory affiliated collider experiment known as: ATLAS collaboration at the CERN Large Hadron Collider (LHC). One of the most important pieces of the ATLAS research program is to search for new phenomena and interactions never before observed at the most basic level of nature. One class of theory that predicts such interactions is “Supersymmetry.” Samuel is working on the search for Supersymmetry in a special class of models where some of the Supersymmetric particles can propagate a measurable distance before decaying.
There are a couple of topics I am responsible for, including pollution economy, current U.S. healthcare system, China’s Belt and Road policy, etc. They are all very engaging and requires in-depth reading and research, which I learnt a lot from. I was not only analyzing the status quo, but was also responsible for proposing a hypothetical solution or version myself.
Prof. Feldman is leading the ECG2 project, a “Natural Language Understanding” system. Vivek is currently working with him on two projects, one to apply the natural language understanding system to control strategy video gaming, and another to build a healthcare-related question and answer system. This summer, Vivek wrote and submitted a paper to a conference about strategy video game control. He also made progress setting up the system for the healthcare project.
In low-income communities across the world, we have been observing an epidemic that is 100% preventable: tooth decay. Our in-depth analysis has repeatedly shown the correlation between poor oral health and malnutrition and our research aims to uncover the associated risk factors – junk food consumption and access, dental care access, oral health and nutrition education, mother’s education and feeding practices, family size, etc. I am interested in furthering our investigations by looking at the role of gender. What is the difference, if any, between tooth decay and malnutrition among girls and boys?
Autism spectrum disorder has a strong genetic basis. My research contributes to understanding the functions of the genes that are highly associated with autism. Main techniques employed include cloning, CRIPSR-Cas9 system to introduce gene mutation, phenotypical analysis using immunofluorescence and in situ hybridization.
I am currently assisting Professor Herd with conducting research on the influence of mass media –also known as “the super peer”– on alcohol consumption amongst African-American adolescents. We are specifically looking at popular movies from the Teen Media Study, which was conducted in 2001and 2002. Apart from this, I am also beginning a literature review, that looks at the film structure of the coming of age story when it is targeted towards a black audience.