Daniel Knapp Email & Phone Number

San Francisco, California, United States

• Thesis focus: Environmental toxicity of lithium on organelle size/function in S. cerevisiae.
• Techniques used: Fluorescence microscopy, phosphomimetics, and computational analysis.
• Objective: Understand how metals and metabolites impair cellular processes like organelle inheritance and morphological regulation.
• Tested Lithium’s ability to negatively regulates kinase activation, thereby Inhibiting organelle localization and distribution during cell division.

San Francisco, California, United States

• Research focus: Phenotypic impact of alkali metal ions on budding yeast colony growth.
• Methodology: Serial dilution growth plating assays on targeted knockout mutations.
• Investigated: Influence of metallic ions (Na/ K/ Li) on yeast culture development.
• Employed transcriptomics: Insights into yeast metabolism interaction with metallic environments.

Palo Alto, California, United States

• Utilized light lithography and AutoCAD to design microfluidic devices.
• Devices crafted specifically for fixation and segmentation of the ciliate S. coeruleus.
• Employed Calcium media and fluorescent dyes.
• Objective: Investigate S. coeruleus's robust regenerative abilities.
• Explored microfluidic technologies and applications.

South San Francisco, California, United States

• Maintained knowledge of current promotions, exchange guidelines, and payment policies
• Processed orders through Slack and coordinated product deliveries.
• Prepared cash deposits up to $10,000+ with zero discrepancies.
• Negotiated and closed deals with minimal oversight.
• Educated customers on product and service offerings.

Master Of Science - Ms, Cell/Cellular And Molecular Biology

NIH Bridge to Doctorate scholar 4.0 GPA

Bachelor Of Science - Bs, Cell/Cellular And Molecular Biology

Activities and Societies: Kappa Sigma Fraternity NIH MARC ( Maximizing Access to Research Careers) scholar Magna cum laude (3.82 GPA).