BioSTAR, LLC (2-20-2024)#biostarllc, #CLCbibliocitations, www.biostarllc.comProtein-protein, Protein-antibody, Protein-substrate interactions.Bio STAR, is a groundbreaking online platform designed to help students build a portfolio distinguished by original research projects that are so far inconclusive to date. We continue to investigate novel avenues to expand our understanding and push the boundaries of scientific boundaries. What sets us apart is our focus on our own significant experimental data, allowing students to conduct meaningful research on their own PC/Mac without the constraints of a traditional laboratory.The program is designed to offer an enriching science research experience tailored for students in grades 11-12, undergrads and grad students. Our focus extends across diverse STEM areas, providing a comprehensive foundation for budding researchers.The pinnacle of our program is the transformation of research projects into publishable material. These materials, when ready can be submitted for peer evaluation, review, and potential publication in mainstream scientific journals, offering a real-world platform for their academic achievements.Bio STAR offers six areas of research opportunities (https://www.biostarllc.com/about-1).Participation in the academy entails hands-on projects along with a course strategically crafted to fortify fundamental skills in protein modeling and simulations, rooted in a solid foundation of Biochemistry, Biophysics, Physical Chemistry, Structural and Computational Biology. Each project is meticulously mentor-guided, providing students with a unique and enriching experience. Program also includes 1) Formulating research questions, 2) Designing testable experiments, 3) Conducting literature searches in library databases, 4) Analyzing scientific literature, including peer-reviewed journal articles.Upon completing the foundational course, students transition into individual research projects meticulously assigned and overseen by the Bio STAR team. This hands-on experience serves as a steppingstone to further scientific exploration.As students advance, they gain the expertise to actively engage in research experiences. Collaborating with college research faculty, Bio STAR provides crucial support, facilitating a seamless transition to more advanced scientific pursuits.You can Contact Us to obtain more details about the available projects.* AP Release: https://www.ucsf.edu/news/1999/06/5083/sfvamc-ucsf-scientists-solve-key-protein-structure
Biostar. Llc
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FounderBiostar. Llc Jul 2018 - PresentAzOur research group focuses on the structural biochemistry and biophysics of membrane proteins, which are central to nearly all essential cellular processes. These proteins regulate critical functions such as respiration, photosynthesis, cell communication, transport, growth, and recognition. Rather than acting in isolation, membrane proteins engage in complex networks within the cell, interacting with cofactors and signal-transducing proteins to mediate cellular communication.Membrane proteins are also key players in infectious diseases, facilitating the entry of viral and bacterial pathogens while playing crucial roles in cellular defense mechanisms. Beyond that, I have been directly involved in advancing both the methodologies and the scientific understanding of several membrane proteins critical to electron transfer, energy production, and the transport of therapeutic drugs.Our research, by nature, is highly interdisciplinary. We employ a range of techniques, including biochemistry, molecular biology, spectroscopy, crystallization, X-ray crystallography, and theoretical modeling, to unravel the structures, dynamics, and functions of these vital proteins. This comprehensive approach is essential for understanding the cellular processes they govern and the potential therapeutic applications they present.
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Assistant Research ScientistArizona State University Feb 2017 - Jul 2018Tempe, AzMy research interests continue to study the structure-function relationship of membrane proteins (IMPs) involved in bioenergetics; this time around, however, it is in bioenergy conversion from electron and proton transfer and translocation. While in Prof. Fromme’s Lab who along a team of ASU researchers and international colleagues developed the technique of serial femtosecond nanocrystallography for analyzing proteins using high-intensity X-ray Free Electron Lasers (XFEL). I was involved with further unravelling the structure-function of Photosystem II, which is crucial for solar energy conversion in our biosphere. Dr. Fromme's lab is internationally known in the field of photosynthesis. Protein macromolecular crystallography and nanocrystallography via XFEL, which the latter is an incredible and cool new technology to advance the field of membrane protein structure-function science. But then again, without crystals no new technology can move forward. Crystallogenesis is therefore an area where new protein structures can be unraveled only if protein crystals can be grown. I have recently grown crystals of MDa proteins invisible to the eye yet a current commercially available instrument makes it possible to visualize them. We are talking about nano crystals. Thus, crystallogenesis of IMPs, invisible to the eyes before is now a greater realistic avenue to deliver new structures of unique IMPs. -
Post DocVanderbilt University Oct 2009 - May 2011Nashville, TnI continue combining atomic structure information, rigid body modeling and spin labeling with EPR spectroscopy for membrane structure-function studies. During preliminary studies, I re-introduced the use of a fluorescent-EPR spin label to investigate the mobility of a drug transporter in the bilayer with intriguing results. -
Post DocUniversity Of California Berkeley - Lawrence Berkeley National Lab Sep 2006 - Sep 2008Berkeley, CaDeveloped strategies for the study of membrane protein supercomplexes from wild type biomass. Started the development of SAXS (Small Angle X-Ray Scattering) of membrane proteins. Preliminary data I collected during multiple experiments suggest that for the first time it is possible to visualize 3-D structures of IMPs in solution.
Cesar Luna-Chavez, Ph.D. Education Details
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Biophysics -
Biophysics -
Biophysics
Frequently Asked Questions about Cesar Luna-Chavez, Ph.D.
What company does Cesar Luna-Chavez, Ph.D. work for?
Cesar Luna-Chavez, Ph.D. works for Biostar. Llc
What is Cesar Luna-Chavez, Ph.D.'s role at the current company?
Cesar Luna-Chavez, Ph.D.'s current role is Founder of Bio STAR (Bio STem Academy of Research, LLC).
What schools did Cesar Luna-Chavez, Ph.D. attend?
Cesar Luna-Chavez, Ph.D. attended University Of Illinois Urbana-Champaign, University Of California, San Francisco, University Of California, Berkeley.
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