John Servello Email & Phone Number

Chicago, Illinois, United States

▪ Lead studies of food, cosmetics, and supplements in an ISO 17025 lab. GMO, meat speciation, and allergen testing via PCR analysis and pathogen strain typing through automated electrophoresis.▪ Trained analysts on plating, ELFA, qPCR, RT-PCR, DNA extraction, RiboPrinter, and LIMS platform.▪ Revamped training manuals, SOPs, and procedures.

Houston, Texas

Perform online research on international oil and gas projects for use in due diligence reports.Enhance the quality and quantity of information available to clients by offering costs, benefits, and risks before substantial investments are made. Analyze energy reports; investigate briefs to establish precedence; distill data into digestible points.

Florida

•Perform audits on over 30 allergy centers stretched across Florida and South Georgia to determine employee compliance with SOPs, safety standards, and PPE guidelines. Extensive national travel.•Use specialized allergy-related diagnostic and management tools to formulate, synthesize, and implement custom-designed subcutaneous antigen therapies, providing high quality, direct patient care to over 350 patients.•Manage and maintain an independent clinical allergy lab, performing billing audits, inventory control, data management, and physician guidance on proper use of allergy testing and immunotherapy treatment, driving nearly $500,000 per year in total revenue generation

• Develop strategies for characterizing various novel copolymers to evaluate potential qualities. Maintained highly detailed lab journals and produced extensive reports for the research group.• Guide a team of undergraduate students through methods and laboratory procedures. Trained students on advanced scientific equipment and tools such as UV-Vis, Fluorescence spectrometer, and H-NMR.• Work published in six peer reviewed journal articles and presented at local and national Chemistry Student Association conferences. Projects include:Synthesis and characterization of poly(3-hexylthiophene) based copolymers for use in organic electronics. Special interest in solubility, liquid processibility, and solvatochromic properties.Synthesis of functionalized caprolactone monomers for use in drug delivery.I produce newly developed bio-compatible monomers with interest in micelle formation to encapsulate drugs.Characterization of benzodithiphene based copolymers for use in organic electronics. Attention made to UV-Vis absorption and fluorescence quantum yield.

Bachelors Of Science, Molecular Biology

High School Diploma