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Check our new Small paper!

Our new Small review discussed the interplays between cell mechanics and the microenvironmental cues. By taking advantages of this reciprocity, we can benefit our diagnosis and therapy of diseases.

Check our new PNAS paper!

Our new PNAS paper studied the mechanical development of single cell heterogeneity in tumors! We found the compression increases the gene expression noise, which interplay with EMT regulatory network to generate single cell heterogeneity!

Our Materials Today paper was on Cover!

Our new Materials Today paper was selected as the Cover paper by the journal!

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Check our new Analytical Chemistry paper!

Our new Analytical Chemistry paper developed a new platform to high-throughput obtain the phase diagram of a certain phase separating protein, which facilitates the study of the large increasing numbers of phase separating proteins!

Check our new Nature Chemistry paper!

Our new Nature Chemistry paper developed a new technology to high-throughput and proteome-widely discover endogenous phase separating proteins and biomolecular condensates. We found 522 newly discovered phase separation proteins, 1212 mechenoresponsive phase separation proteins, and many other signaling transduction phase separation proteins.

Check our new Cell Chemical Biology paper!

Our new Cell Chemical Biology paper discussed a new protein USP10, which regulate wnt/beta-catenin signaling in both mechanical and biochemical manners, generating impacts on embryo development, intestinal organoids and CRC diseases.

Check our new Analytical Chemistry paper!

Our new Analytical Chemistry paper developed a new platform to high-throughput obtain the phase diagram of a certain phase separating protein, which facilitates the study of the large increasing numbers of phase separating proteins!

Check our new Nature Chemistry paper!

Our new Nature Chemistry paper developed a new technology to high-throughput and proteome-widely discover endogenous phase separating proteins and biomolecular condensates. We found 522 newly discovered phase separation proteins, 1212 mechenoresponsive phase separation proteins, and many other signaling transduction phase separation proteins.

Check our new Cell Chemical Biology paper!

Our new Cell Chemical Biology paper discussed a new protein USP10, which regulate wnt/beta-catenin signaling in both mechanical and biochemical manners, generating impacts on embryo development, intestinal organoids and CRC diseases.

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