The invention is an integrated device that provides a high efficiency single cell encapsulation solution. The two core modules of the invention are responsible for generating the cell encapsulating droplet, then sorting the generated droplets to eliminate the empty ones. Such a two-step process yields a high throughput, single cell indexed droplets, with an overall encapsulation efficiency reaching 80%, which is crucial for various applications ranging from genomics and proteomics to pharmacology.
·High Efficiency encapsulation of single cells
·Genomics, proteomics, Emulsion Microfluidics, Pharmacology
·Single Cell analysis
·High efficiency genome-wide expression profiling of individual cells
·Capture specific proteins and antigens from single cell using functionalized beads
·Single cell indexing integrated device, based on an encapsulation phase followed by a sorting phase
·Removes empty/defected droplets as soon as they are generated.
·Can achieve high efficiency, up to 800 times that of the currently used encapsulation systems
Encapsulation of one-cell-one-bead in droplets is an essential operation for high throughput screening of single cells, which is a vital process for multiple applications in the fields of genomics, proteomics, Emulsion Microfluidics, Pharmacology … etc. Unfortunately, current encapsulation techniques show very low efficiency (~0.1%), and suffer from challenges related to the encapsulation process itself as well as droplet sorting later on. Inventors at UCI developed a unique integrated device that carries out encapsulation at an unprecedented high efficiency (~80%). The invention has two basic blocks; an innovative high efficiency encapsulation block, followed by a droplets sorting block for maximizing the system efficiency. By combining both processes, the encapsulation process is performed at a faster and more integral fashion with almost 800 times the efficiency of the currently used solutions.