The aims of the proposal are:Aim 1: Fabrication of a nanoliter digital chip (nano-dChip) for nucleic acid amplification; Aim 2:Development of nano-dChip for the digitalized detection of human noroviruses; Aim 3:Development of nano-dChip for the duplexed digitalized detection of foodborne bacterial pathogens (Salmonella enterica and Listeria monocytogenes); Aim 4:Assessment of the ability of the nano-dChip to detect foodborne bacterial and viral pathogens in crudely processed samples.
PARTNERSHIP: Development of a nanoliter reactor for digitalization of nucleic acid-based detection platforms with broad application
Objective
Investigators
Du, Ke
Institution
REGENTS OF THE UNIVERSITY OF CALIFORNIA AT RIVERSIDE
Start date
2023
End date
2026
Funding Source
Project number
CALW-2023-04197
Accession number
1031652
Categories