AT
Andy kah ping Tay
Principal Investigator
National University of Singapore
I'm working on
7 months ago
Nano-biomaterials, gene delivery, biomedical and plant biotechnology
About
Develops nano-structured platforms for minimally perturbative delivery and sampling across cells and tissues. Focus includes microneedles and high‑aspect‑ratio nanostructures for gene/cell delivery, point‑of‑care biomonitoring, and translation toward cell therapy manufacturing and plant genetic engineering.
Partnering listings
Learn more
National University of Singapore
Transdermal microneedle monoclonal antibody sponge for chronic skin inflammation
Minimally invasive microneedle platform loaded with monoclonal antibodies to continuously absorb and neutralize inflammatory proteins beneath the skin for at least 6 months. Targets chronic inflammatory skin conditions i...
TechnologyIn developmentUniversity
National University of Singapore
Biodegradable nano-needle platform for high-efficiency gene editing in plants
A biodegradable nano-needle technology that uses mechanoporation to deliver large genetic cargo into plant cells and tissues with over 90% efficiency. Designed for CRISPR/Cas gene editing to engineer crops with enhanced ...
TechnologyConceptualUniversity
Partner smarter. Move faster.
Get new partnering requests
delivered to your inbox.
delivered to your inbox.
© 2026 Halo Cures, Inc.