Luke Blauch, Phd Email & Phone Number

-President, Director

Microfluidics consulting expertise for therapeutic discovery.-Design and implementation of high-throughput screens-Training on droplet sorting with FACS-Microfluidic lab set up & purchasing-Cross-functional expertise in engineering and biology

Boston, MA, US

-Lead development of droplet microfluidic platform for high-throughput discovery-Managed microfluidic team and collaborations with biology

Cambridge, MA, US

-Led innovations in SAGE Direct Test using microfluidics and other approaches-Invent, develop, and improve company IP

Stanford, CA, US

o Please see summary, publications, and presentations for my most recent research experiences and interests at Stanfordo Wrote research proposal on antibiotic resistance to obtain funding through Stanford-NIH Biotechnology Training Granto Started and managed several collaborations simultaneously with biology labs at Stanford, UCSF and SFSU, resulting in.

Mountain View, California, US

o Developed biological and microfluidic assays for assessing tumor viability and heterogeneityo Improved core ImpriMed technology to minimize sample-to-sample variance using framework I published in 'Quantifying phenotypes in single cells using droplets microfluidics'o Worked closely with a small and diverse company of 6 employees (4 in USA). Company.

Boston, MA, US

-Made and developed drug-loaded lipid nanoparticles (liposomes) for targeted delivery to specific cancer cell lines-Based on a fundamental understanding of lipid material properties, I designed experiments to solve a variety of problems and better understand these nanoparticles. I further optimized the drug loading and release of a Vertex anti-cancer drug.

New York, NY, US

- Reinvisioned the ~150 member chapter with a team of ten officers, creating a culture which helped excite individuals of the possibilities in chemical engineering- Hosted our first career week, bringing in professors, graduate students, and industry professionals to help our members choose the right profession post-graduation.- Maintained a budget while.

Boston, MA, US

-Worked on a multidisciplinary team of biochemists and computational scientists, with the goal of creating better methods of obtaining drug solubility information -Determined the solubility energies of drug compounds using standard HPLC methods-Developed an innovative method of measuring drug solubility energies, which is faster than the HPLC method and.

-Synthesized crosslinked hydrogel polymer networks from PEG and PAAm-Designed experiments and analyzed the material properties of different types of hydrogels to learn how different conditions and polymer concentrations affect the hydrogels' important chemical and physical properties, using cavitation rheology and swell testing

Doctor Of Philosophy (Phd), Mechanical Engineering

Master Of Science (M.S.), Chemical Engineering

Bachelors Of Science, Chemical Engineering