Bioconjugate and Surface Chemistry Consultant

Design site-specific attachment chemistry (e.g., photochemical or click approaches) to anchor the DNA-origami structure to the device surface with controlled coverage and orientation. Advise on functionalization of the dielectric and polymer surfaces in the device stack. Develop these approaches into a laboratory standardized protocol for implementation by others. Troubleshoot attachment yield and orientation with the wet-lab team, and recommend methods to characterize anchor quality. Requirements PhD-level expertise in bioconjugation and surface chemistry. A track record with DNA or biomolecule surface tethering and photochemistry / click chemistry. Availability for a fractional, advisory engagement, with periodic on-site lab work in Emeryville, reducing proposed protocols into viable, technician-executable tasks. Demonstrates expertise in bioconjugation and surface chemistry, with a focus on DNA or biomolecule surface tethering and photochemical approaches. Capable of developing standardized laboratory protocols and troubleshooting attachment methods in a collaborative wet-lab environment. Highest-signal resume keywords PhD-Level Expertise in Bioconjugation Surface Chemistry DNA or Biomolecule Surface Tethering Photochemistry / Click Chemistry Laboratory Standardized Protocol Development ATS Optimization Keywords Hard Skills Bioconjugation Surface Chemistry DNA Surface Tethering Photochemistry Click Chemistry Protocol Development Troubleshooting Characterization Methods Industry Keywords Attachment Chemistry Dielectric Surfaces Polymer Surfaces Device Stack Wet-Lab Collaboration #J-18808-Ljbffr Jobtailor