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Robert Van Ostrand
Chemist, FSIS - USDA
Professional Background
Robert Van Ostrand is a dedicated and passionate researcher currently pursuing his Ph.D. in Chemistry on the Bio-organic Track at the prestigious University of California, Davis. With a keen interest in the biological functions of DNA and RNA, Robert's expertise is particularly strong in the areas of DNA repair and the application of modified DNA/RNA analogs for therapeutic uses. As part of the David Lab, he focuses on the intriguing DNA repair protein MutY. His research is critical in understanding how this protein recognizes its target damage within the complex cellular environment, which has significant implications for cancer research, given that certain inherited variants of MutY are associated with cancer onset and progression in humans.
In addition to his research endeavors, Robert has valuable experience serving as a chemist with the USDA-FSIS, where he honed his skills in chemical analysis and synthesis. His career also includes a notable tenure as a student assistant, tutor, and graduate researcher at California State University Channel Islands and UC Davis, where he demonstrated his commitment to education and mentorship in the field of chemistry.
As a proud veteran of the United States Marine Corps, Robert brings a disciplined approach and leadership skills to his research and collaborations. His diverse experience positions him as a well-rounded scientific professional capable of facing the challenges of contemporary biochemistry.
Education and Achievements
Robert Van Ostrand's academic journey has equipped him with a strong foundation in chemistry and biochemistry. He is currently completing his Doctor of Philosophy (Ph.D.) in Chemistry at the esteemed University of California, Davis, where he has been actively involved in cutting-edge research in the David Lab. Prior to his Ph.D., Robert earned a Bachelor’s Degree in Chemistry with an emphasis on the Biochemistry Option from California State University Channel Islands, as well as an Associate’s Degree in General Studies: Natural Sciences from Ventura College.
Throughout his academic career, Robert has not only excelled in his studies but also contributed to various research projects, which have prepared him for the complexities of research in chemical biology. His experience as a head teaching assistant and undergraduate researcher further underscores his commitment to academic excellence and peer education.
In recognition of his contributions and achievements in both research and education, Robert has been honored with various accolades within his academic institutions.
Skills
Robert possesses a diverse skill set that encompasses a range of competencies essential for a successful career in chemical biology. His technical expertise includes:
- Chemical Synthesis: Proficient in multi-step synthesis and anhydrous synthesis, Robert is adept at creating complex chemical compounds needed for his research.
- Analytical Techniques: With skills in NMR (Nuclear Magnetic Resonance), MS (Mass Spectrometry), LCMS (Liquid Chromatography-Mass Spectrometry), HPLC (High-Performance Liquid Chromatography), and FPLC (Fast Protein Liquid Chromatography), Robert is equipped to analyze compounds with precision.
- Oligonucleotide Synthesis: His experience in oligonucleotide synthesis is crucial for developing modified DNA that is essential for biological assays and therapeutic applications.
- Biochemistry and Antibacterial Assays: Robert’s background in biochemistry, combined with his practical experience in performing antibacterial assays, enables him to explore biochemical pathways and develop potential therapeutic solutions.
- Scientific Writing: A competent scientific communicator, Robert excels in writing high-quality research papers and creating content for various platforms, including websites, video, and music.
Achievements
Throughout his career, Robert Van Ostrand has amassed significant achievements that reflect his dedication and capabilities in the field of chemistry and biological research. As a graduate researcher in the David Lab at UC Davis, he is contributing to pivotal research aimed at understanding DNA repair mechanisms, which is critical for advancing cancer research. His work involving the chemical synthesis of modified oligonucleotides aims to clarify how MutY proteins locate and interact with DNA damage.
Robert's background as a chemist at the USDA-FSIS provided him with hands-on experience in multi-faceted analytical procedures, augmenting his capabilities as a researcher. In addition to his professional roles, Robert has served as a team leader and rifleman during his time in the United States Marine Corps, giving him a unique perspective on teamwork, leadership, and resilience necessary for success in research environments. His combined experiences in academia, military service, and research have equipped him with a rich skill set and a unique perspective on scientific inquiry.