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.

• 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.

• PhD-Level Expertise in Bioconjugation
• Surface Chemistry
• DNA or Biomolecule Surface Tethering
• Photochemistry / Click Chemistry
• Laboratory Standardized Protocol Development

• Bioconjugation
• Surface Chemistry
• DNA Surface Tethering
• Photochemistry
• Click Chemistry
• Protocol Development
• Troubleshooting
• Characterization Methods

• Attachment Chemistry
• Dielectric Surfaces
• Polymer Surfaces
• Device Stack
• Wet-Lab Collaboration