Microfluidic Platform for Sorting Plant Cells

Brief Description

A novel dielectrophoresis (DEP)-based microfluidics method for efficient and label-free sorting of plant cells, leveraging unique dielectric properties.

Full Description

This technology introduces a dielectrophoresis (DEP) microfluidics method designed specifically for sorting plant cells based on their inherent dielectric properties. By capitalizing on the distinct cross-over frequencies of different plant cells, this method achieves precise sorting without the need for labeling or pre-processing, overcoming limitations of current fluorescence activated cell sorting (FACS) techniques.

Suggested uses

• Agricultural research and development for studying plant cell development and proliferation. 
• Biotechnology firms focusing on plant cell-based product development. 
• Agricultural biotechnology for breeding and genetic research.

Advantages

• Label-free sorting method, eliminating the need for cell pre-processing or labeling. 
• Utilizes inherent electrophysiological properties of plant cells for sorting. 
• Designed to handle the larger size and unique properties of plant cells, such as the cell wall. 
• Minimizes cell adhesion to electrodes through innovative electrode positioning and non-stick coatings. 
• Enhanced sorting efficiency by leveraging plant cell rolling behavior.

Patent Status

Patent Pending

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