David Baumler, Ms, Phd Email & Phone Number

Mumbai, Maharastra, In

Dermatology

Consulting of all aspects of P4 scientific wellness and N1 human clinical trials, genomics, phenomics, whole exom human genome sequencing, polygenic risk assessment, gut microbiome, deep immune phenotyping, deep metabolic blood and tissue biobanking and analysis, bio marker identification, digital twins, and systems biology approaches using quantitative models, and linear and quadratic optimization tools and methods. Scientific wellness technology development: Hydrogen water reverse osmosis, foot and body massage technology, green and red scanning laser technology development, vibration shaker platform technology, neuropathy and cancer treatment technology, LED wavelength dermatology and anti aging technologies, and electromagnetic stimulation muscle toning technologies. In addition, Seed genetics, Growing Optimization, Food Safety, Product Development, FDA regulations, non GMO organic food and Beverage development and formulation, Fermented Foods and Beverages, Cannabis and Capsicum (Chile Peppers) genomic and phenomics, cannabinoids, capsacinoids, terpenes, and flavonoids meta analysis. Specialist in Oncology, Food Allergies and Intolerance, Clinical Immunology Deficiencies and Dysregulation, and solid tumor and blood oncology immunotherapy, radioisotope diagnostics and theranostic technology development, CT-Scan, PET, and NMR whole body imaging , preclinical methods and trial design. NIH grant planning, writing, and execution including RO1, K99, SBIR, and national/international database and web portal development.

Morrisville, Nc, Us

Immunology field medical in partnership with Novartis Pharmaceutical Corporation. My recent role as a Medical Science Liaison at Syneos Health, supporting Novartis Medical Affairs, allowed me to serve as a key scientific resource in the field of immunology, focusing on food allergy and chronic spontaneous urticaria. I successfully established and maintained professional relationships with key opinion leaders and healthcare providers, ensuring a strong understanding of current clinical practices and research developments. I also mentored MSLs on the team to provide invaluable experience and approaches to optimize KOL and HCP engagements within territory and at conferences/congresses. I have a natural ability to build immediate rapport with medical experts (MEs) due to my academic research, interdisciplinary scientific expertise, and ability to explain pharmaceutical scientific research and outcomes.

Houston, Texas, Us

Vyripharm is a biopharmaceutical firm focused on natural products, regulatory testing, pharmaceutical drug development, data storage, monitoring technology, development of imaging agents, and drug delivery systems. The aim of Vyripharm is to improve clinical management through diagnosis and treatment with botanicals, synthetic pharmaceuticals, and drug delivery systems. In my role as Medical Science Liaison at Vyripharm Biopharmaceuticals I supported medical affairs as the key resource for the preclinical oncology research program. I was the lead for all KOL and HCP engagements to establish collaborations and write numerous NIH oncology research proposals for the continued preclinical development of new radioligand molecules for Non-Hodgkins B cell lymphoma imaging diagnostics and therapeutics both in vitro and in vivo. I also assisted with preclinical drug discovery design and cGMP synthesis of pharmaceuticals for cell tissue culture for clinical animal & human trials for B-cell cancer therapeutics.

Minneapolis And St. Paul, Minnesota, Us

Assistant Professor of Molecular Food Safety Microbiology in the Department of Food Science and Nutrition at the University of Minnesota. My research program was focused on experimental and computational Systems Biology methods to study pathogenic and commensal microorganisms during interactions with hosts and in environments such as foods. I am also a chili pepper grower researcher and consultant for farmers and the food/beverage industry in the Midwest. Aside from his research, Dr. Baumler received a B.S in Biochemistry, a M.S. in Food Microbiology and Safety, and a Ph.D. in Cellular and Molecular Biology from the University of Wisconsin-Madison. His Post-doctoral research at the Genome Center of Wisconsin focused on Microbial Comparative Genomics, Bioinformatics, Pedagogical Teaching Methods, the Evolution and Cultivation of >100 types of Chili Peppers, and the Systems Biology of Infectious Disease. He also serves as a reviewer for numerous PLOS, BioMed Central, and many other peer reviewed journals

Madison, Wi, Us

·-Genome curation and comparative genomics ·-Linear programming to generate genome-scale metabolic microbial models·-Biological systems engineering, stochastic modeling in biology, and optimization tools and methods to conduct in silico catabolic phenotyping, essential gene determination, and strategies to guide bioengineering of numerous enterobacteria·-High throughput microwell phenotype screening, quantitative growth analysis, and genome-scale metabolic model development for: E. coli K12 MG1655, E. coli K12 W3110, E. coli EDL933, E. coli Sakai, E. coli CFT, E. coli UTI89, E. coli DH10B, E. coli APEC O1, Shigella flexneri 2457T, Dickeya Dadantii 3937, Pectobacterium atrosepticum, Erwinia amylovora, Pantoweii stewartii, 6 modern-day Yersinia pestis strains, and Yersinia pseudotuberculosis·-Initiated a new field called “Paleo Systems Biology” by generating ancient metabolic models for the Black plague strain from 1300 A.D., the E. coli ancestral core, and the Enterobacterial ancestral core·-Generated integrated regulatory and metabolic genome-scale models for E. coli K12 MG1655 and Shigella flexneri 2457T·-Systems biology of infectious disease to conduct computational simulations encountered during host-pathogen interactions in the urinary tract, bloodstream, and during macrophage invasion in the human body·-Developed and taught a 16 week Microbial Systems Biology/modeling course·-An array of written communications generated as student and educator instructional guides for bioinformatics/comparative genomic educational modules, peer-reviewed journal articles, and multiple NIH grant proposals as lead Private Investigator·-Multiple presentations to small and large audiences ranging from career panels and professional development workshops, to domestic and international scientific conferences, general public seminars, club meetings, and UW-extension workshops

Madison, Wi, Us

I focused on curation, analysis, and conservation of biochemical pathways and subsystems of the organisms whose genomes comprise the ERIC database. Additionally, I conduct various aspects of genome curation including: feature identification and creation, establishment of feature coordinates, analyzing and approving orthology and other sequence similarity-related relationships between features, and functional annotation of features using literature as well as other sources. I was also the facilitator for educational outreach on the ERIC project. I initiated collaboration with the division of education of the American Society of Microbiology and the Scientific Education Alliance of the Howard Hughes Medical Institute to extend the use of the ERIC database and comparative genomic software to undergraduate educators as tools for inquiry-based exercises to integrate bioinformatics throughout the undergraduate biology curriculum.

Madison, Wi, Us

·-Gene annotation and surveying genomic content for insight about metabolism·-Whole-cell lysate enzyme assays to identify sulfur pathway enzymes ·-Gas Chromatography-Mass Spectrometry for culture headspace gas identification·-Gas Chromatography-Pulsed Flame Photometric Detection for sulfur gas monitoring and quantification·-Microwell plate compound screening for microbial growth and toxicity·-ATP luminescence microwell plate assays·-35S- and 3H-radiotracer studies and 34S and 2H stable isotope experiments·-Ion Coupled Plasma-Mass Spectrometry for determining the analytical composition of 40 elements in media and environmental samples·-Monitoring cellular viability, methanethiol production, membrane integrity, and genomic DNA as an internal pH indicator in response to the absence of sulfate·-Use of inhibitor molecules (oxyanions) that mimic sulfate moieties to investigate if the cellular response is similar to that observed for sulfate starvation·-High-throughput microwell plate compound screening for media development to optimize cell yields

Doctor Of Philosophy (Phd), Cellular And Molecular Biology

Master Of Science (Ms), Microbiology And Toxicology

Bachelor Of Science (Bs), Biochemistry