Phillip Elms Email & Phone Number

Hayward, California, United States

Developing new applications using Eikon's single molecule tracking technology to advance our understanding of biology.

Emeryville, California

Conceived and lead the development on the Bispecific Heterodimer assay for the characterization of complex molecules measuring the relative stoichiometry using the Custom Productivity assay. This assay allows quality clones to be identified in the initial screen measuring both the quantity and quality of the secreted protein. Led several customer.

Emeryville CA

Conceived and developed the Custom Productivity assay from concept through launch. This assay requires only two parameters to be optimized (exposure time and concentration) and can be used with a large variety of detection molecules (MW, Kd, etc.) to quantitate a variety of secreted proteins, greatly expanding the capability of the CLD workflow. This assay.

Emeryville

I manage the team that develops and executes our integrated workflows on our Beacon instrument platform. In addition, our team develops the workflow training materials and train users and our field application scientists. In addition, I continue to act as an individual contributor focusing on assay development.

Emeryville CA

I am working to develop highly sensitive, massively parallel, integrated workflows with single cell resolution through simultaneous manipulation, analysis, and selection of single cells. Initial applications of BLI’s technology are in biologic discovery and development as well as single cell annotation and genomics.

Hercules CA

As a Systems Integration Scientist, I developed products from feasibility through to the final product, ensuring the product mets the customer's scientific needs. I primarily worked on pharmaceutical-focused protein purification and characterization workflows and related products. I planned and carried out verification and validation testing, beta testing.

Berkeley CA

Worked to developed in collaboration with Agilent Technologies an automated method to cheaply and robustly synthesize many genes in parallel. The method will then be used to generate a set of putative enzymes and screen for specific enzymatic function.

Berkeley CA

In my thesis research, I worked on the single molecule mechanical characterization of proteins using optical trap force spectroscopy. I prepared and characterized the samples and developed improved instrumentation and analysis methods.

Chapel Hill NC

Application and development of mass spectrometry methods for the identification and quantification of proteins and post-translational modifications.

Phd, Biophysics

Bs, Chemistry (Biochemistry Emphasis)