In life-science research, finding a “positive” cell is often only the starting point for the next round of work.In antibody discovery, identifying candidates that bind the antigen is not enough. The next questions are: How strong is the affinity? Do the candidates deliver the blocking or other functions required by the program?

How Is a High-End Life-Science Instrument Manufactured?

In cell line development, a question that often surfaces only late in a project is: can this cell line be shown to originate from a single cell?

Today's AI is already remarkably capable.It can read papers, summarize findings, propose experimental hypotheses, and even offer judgments close to those of researchers in many specialized tasks. Yet in life science, the most important question is often not on the screen but under the microscope: in a complex cell sample, where is the one cell that is truly worth selecting and tracking further?

Recently, OptoSeeker Biotechnology (Shenzhen) Co., Ltd. was named a “Seed Unicorn Enterprise” in Shenzhen following an evaluation by the Shenzhen Gazelle and Unicorn Enterprise Evaluation Committee.

Recently, the latest research from the lab of Professor Shuaillong Zhang, Chief Scientist of OptoSeeker Biotech, was published in the internationally recognized academic journal Proceedings of the National Academy of Sciences (PNAS). In the paper, Dielectric Levitation Optical Tweezers for Powerful Mesoscale Biomanipulation, Professor Zhang's team proposes dielectric-levitation optical tweezers (DL-OT), providing a new technical route for the precise manipulation of biological objects at the hundreds-of-micrometers scale.