
SYNSIGHT
SYNSIGHT developed the first drug discovery platform combining cell-based microscopy that train AI models, to generate new chemical entities. Your benefits will be to increase the productivity of your R&D and secure your drug discovery programs.
Our innovative platform and our technologies can be directly applied to protein-protein or protein-RNA interactions. Our bioassay is unique and patented and is able to qualify and quantify these interactions directly in human cell, and also of course the efficacy of small molecule modulators (Hit identification, "in cell IC50" measurement). This assay, easy to setup as medium or high-throughput screening level, is then able to train our AI models which generate new molecules.
We already successfully used our platform to study oncologic and neurodegenerative targets, for our own R&D or for customers. Our platform is able to manage different therapeutic area (oncology, virology, neurology, …), and different targets from your portfolio. We also propose to feed your portfolio and develop screening setup of our platform with exclusivity, with innovative targets like TPD-43, YB-1, alpha-SYN, BCL2, HUR, …
Our innovative platform and our technologies can be directly applied to protein-protein or protein-RNA interactions. Our bioassay is unique and patented and is able to qualify and quantify these interactions directly in human cell, and also of course the efficacy of small molecule modulators (Hit identification, "in cell IC50" measurement). This assay, easy to setup as medium or high-throughput screening level, is then able to train our AI models which generate new molecules.
We already successfully used our platform to study oncologic and neurodegenerative targets, for our own R&D or for customers. Our platform is able to manage different therapeutic area (oncology, virology, neurology, …), and different targets from your portfolio. We also propose to feed your portfolio and develop screening setup of our platform with exclusivity, with innovative targets like TPD-43, YB-1, alpha-SYN, BCL2, HUR, …

Dr. Cyril Bauvais
CEOTF Capital
TF Capital focuses on investment in the life sciences industry, primarily investing in early stage companies with high potential. Through strategic investments in various key areas and right partnerships, TF Capital hopes to capture opportunities in the rapidly expanding Chinese life sciences market. Our investment team has vast experience and resources in industry to assist our portfolio companies.
Alex Li
Managing DirectorMr. Allan Liu
Vice PresidentViva Bioinnovator
Viva BioInnovator ("VBI") is the investment division of Viva Biotech Holdings (1873.HK). We are solely dedicated to the identification and success of early-stage, biotech start-ups for Viva’s incubation, equity-for-service, and investment platforms. Our commitment is to operate a collaborative platform for innovative biotech companies from around the world, and for anyone aiming to develop an idea with transformative or strong potential.
YDS Medicine, Inc.
YDS Medicine, Inc. (referred to as “YDS”) provides computational drug discovery services. Through our proprietary self-learning AI drug discovery system, YDS is assisting pharma and biotech companies to reduce their drug discovery cost by at least 20% while doing it 10X faster and increasing success rate by at least 20%.
YDS is endeavoring to decrease the cost of drug discovery, especially in the lead discovery and optimization stages. To decrease such trial-and-error costs at these stages, YDS shifts the knowledge-based process to a self-learning process. The AI+biophysics system developed at YDS is able to optimize chemical molecules towards desired biophysical/chemical properties, serving as GPS for the drug discovery journey.
YDS is endeavoring to decrease the cost of drug discovery, especially in the lead discovery and optimization stages. To decrease such trial-and-error costs at these stages, YDS shifts the knowledge-based process to a self-learning process. The AI+biophysics system developed at YDS is able to optimize chemical molecules towards desired biophysical/chemical properties, serving as GPS for the drug discovery journey.