FOCUSED ON THE FIELD OF BIOMOLECULAR PHASE SEPARATION (LLPS)
ZHONGKE HUAYE

FOCUSED ON THE FIELD OF BIOMOLECULAR PHASE SEPARATION (LLPS)

Frontier technology research and development, professional technical services, and related product development

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SERVICE ADVANTAGES

THE PIONEER OF "ONE-STOP" SCIENTIFIC RESEARCH SERVICES FOR PHASE SEPARATION OF BIOMOLECULES IN CHINA

Committed to providing global life science research institutions and biopharmaceutical companies with a full chain, high-precision solution from phase separation mechanism exploration, experimental verification, high-throughput screening to the development of related biomolecules and consumables.

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TOP EXPERT TEAM

Multiple Nature/Mol Cell paper achievements

HIGH END EXPERIMENTAL PLATFORM

Zeiss LSM980 confocal microscope, fluorescence inverted microscope, cell culture system

STRICT QUALITY CONTROL

Multi concentration titration, strictly distinguishing between true phase separation and artifacts

ONE-STOP SERVICE

From genes → proteins → cells → functions, complete experimental chain

TECHNOLOGY PLATFORMS

FOCUSED ON THE FIELD OF BIOMOLECULAR PHASE SEPARATION (LLPS)

Committed to providing global life science research institutions and biopharmaceutical companies with a full chain, high-precision solution from phase separation mechanism exploration, experimental verification, high-throughput screening to the development of related biomolecules and consumables.

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Fluorescence Inverted Microscope

Fluorescence Inverted Microscope

Zeiss Laser Confocal Microscope LSM980

Zeiss Laser Confocal Microscope LSM980

Cell Culture Incubator

Cell Culture Incubator

Biosafety Cabinet

Biosafety Cabinet

THE PIONEER OF "ONE-STOP" SCIENTIFIC RESEARCH SERVICES FOR PHASE SEPARATION OF BIOMOLECULES IN CHINA

Committed to providing global life science research institutions and biopharmaceutical companies with a full chain, high-precision solution from phase separation mechanism exploration, experimental verification, high-throughput screening to the development of related biomolecules and consumables, promoting the application and development of phase separation technology in basic research, disease mechanism analysis, new drug target discovery, and innovative drug development.

+86-159 2635 8848 （Mobile / WeChat）

xiangfenli@llps-bio.com

DELIVERY CASES

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Imaging of cytoplasmic phase separation proteins

As shown in the figure, we utilized EGFP to label different cytoplasmic POIs and employed Hoechst staining to visualize the cell nucleus. The image results exhibited the protein distribution in the cytoplasm. Quantitative analysis of the results clearly revealed the behavioral differences of various proteins within the cell.

Imaging of cytoplasmic phase separation proteins

LATEST NEWS

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02 Mar,2026

Nature Cancer reveals the phase separation mechanism of RIOK1, cracking the puzzle of drug resistance in liver cancer

Nature Cancer reveals the phase separation mechanism of RIOK1, cracking the puzzle of drug resistance in liver cancer

In the field of hepatocellular carcinoma (HCC), a globally prevalent malignant tumor, scientists have been tirelessly exploring new treatment strategies and targets. Recently, Professor Liu Lianxin's team from the First Affiliated Hospital of China University of Science and Technology (Anhui Provincial Hospital) published a research paper titled "RIOK1 phase separation restricts PTEN translation via stress granules activating tumor growth in hepatocellular carcinoma" in Nature Cancer (IF 23.5),

02 Mar,2026

Avoiding the Discussion of "Phase Separation" - Research on the "Low Complexity Structural Domain" of Italian Proteins in the Lasker Award

Avoiding the Discussion of "Phase Separation" - Research on the "Low Complexity Structural Domain" of Italian Proteins in the Lasker Award

On September 11, 2025, the 2025 Lasker Medical Award, a bellwether of the Nobel Prize, was announced. The highly anticipated Lasker Basic Medical Research Award was presented to Dirk Görlich from the Max Planck Institute in Germany and Steven L. McKnight from the UT Southwestern Medical Center in the United States, in recognition of their pioneering research on the structure and function of "low-complexity domains" (LCRs). This research has revealed the role of these protein sequences in intracellular trafficking, cellular tissue structure, and pathological processes such as neurodegenerative diseases. It is reported that the Lasker Award ceremony will be held in New York, USA, on September 19, 2025.

02 Mar,2026

Abnormal phase separation drives new progress in the research field of esophageal cancer

Abnormal phase separation drives new progress in the research field of esophageal cancer

According to the website of the National Natural Science Foundation of China, Professor Jiang Hao, Professor Yang Jinlin, Professor Yang Li, and Researcher Ke Bowen from Sichuan University, together with institutions such as the University of Oxford in the UK, have made new progress in the field of phase separation anomaly driven esophageal cancer research. The study has revealed the condensation mechanism of key transcription factors in esophageal squamous cell carcinoma. The research findings, titled "Intervention Study on the Evolution of Esophageal Squamous Cell Carcinoma Targeting TFAP2 β Agglomerates," were published online on December 16, 2025 in the journal Cell.

THE PIONEER OF "ONE-STOP" SCIENTIFIC RESEARCH SERVICES FOR PHASE SEPARATION OF BIOMOLECULES IN CHINA

+86-159 2635 8848 （Mobile / WeChat）

xiangfenli@llps-bio.com

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