Nick Anthis Email & Phone Number

Oakland, CA, US

San Francisco, California, US

I managed academic partnerships to translate academic research into innovative drug discovery at Atomwise, a biotech startup using artificial intelligence to discover new drugs.

Oakland, CA, US

I served as the Environmental Health and Health Policy Program Officer for the California Breast Cancer Research Program (CBCRP), where I was responsible for CBCRP's Program-Directed Initiatives and Policy Initiative.http://cbcrp.org/

Oakland, CA, US

Based in the Research Grants Program Office, I served on a team that supported multicampus research across the UC system (10 campuses, five medical centers, three national laboratories, and other affiliated institutions). I managed a $25 million research grant portfolio across four funding programs. I served as lead for Multicampus Research Programs and.

Served on the USDA Agency Review Team for the Biden-Harris Presidential Transition Team.

Wilmington, DE, US

Co-coordinated the Science Policy Committee for the Biden-Harris 2020 presidential campaign.

South Bend, Indiana, US

Coordinated the science policy committee for Pete Buttigieg’s 2020 presidential campaign.

Washington, District Of Columbia, US

I served on the team that that coordinates the Middle East Regional Cooperation (MERC) program, which awards cooperative Arab/Israeli applied scientific grants in areas such as agriculture, water, health, and the environment. My job was to review proposals, conduct site visits (across the Middle East), and manage our health and biomedical science portfolios.

Bethesda, Maryland, US

I completed a detail at the National Heart, Lung, and Blood Institute's Office of Translational Alliances and Coordination (NIH/NHLBI/OTAC), where evaluated outcomes of Small Business Innovation Research (SBIR) grants.

Bethesda, MD, US

I pursued a postdoctoral fellowship at NIH in order to build my expertise in NMR studies of protein structure and dynamics. I worked with Dr. G. Marius Clore at the Laboratory of Chemical Physics, NIDDK, NIH. There, I employed cutting-edge NMR methods and other biophysical techniques to explore transient states and other biological systems traditionally.

Bethesda, Maryland, US

I served as the lead instructor for a class entitled Concepts in Science for the MCAT, which was organized for students at NIH. I taught the General Chemistry and Organic Chemistry portions and helped coordinate classes for the other subjects.

Oxford, Oxfordshire, GB

I pursued my graduate work with Dr. Iain D. Campbell in the Department of Biochemistry. I used NMR, X-ray crystallography, and other structural/biophysical methods to analyze protein-protein interactions in focal adhesions. The overall goal of this research was to better understand cell adhesion and migration--processes necessary for normal growth.

Oxford, Oxfordshire, GB

As a graduate student, I taught part of a Biophysical Chemistry class for first-year biochemistry undergraduate students--a quantitative introduction to physical chemistry fundamentals and applications to biology. I conducted additional tutorials in biophysical subjects. I also taught a Protein Purification practical and a Molecular Genetics practical for.

College Station, TX, US

As an undergraduate student, I conducted research with Dr. George E. Davis in the College of Medicine. I used tissue culture and DNA methods to study blood vessel development, in particular processes involving vascular cell migration. I worked out a GPCR signaling pathway involved in blood vessel development. I co-authored publications in The Journal of.

College Station, TX, US

As an undergraduate student, I worked on an NSF-funded program at Texas A&M University (Partnership for Environmental Education and Rural Health), dedicated to improving math and science education in rural middle schools. My work primarily involved locating and organizing resources and helping develop lesson plans for teachers, but I also taught middle.

As an undergraduate student, I had the opportunity to pursue a study abroad opportunity conducting scientific research at a small biotechnology company in Adelaide, Australia. My work involved developing assays for measuring intracellular calcium levels for studying cell signaling.

D.Phil., Biochemistry

B.S., Biochemistry