Chemistry
| 31 Jul 2026
HKUST Chemists Develop Entangled Dual-Site Migration Paradigm in Organic Synthesis
Chemistry
| 24 Jul 2026
HKUST Develops New Biocompatible Chemical Reaction to Advance Next-Generation Anticancer Prodrugs
Ocean Science
| 9 Jul 2026
HKUST Launches Next-Generation Interactive WavyOcean 3.0 Platform | Connecting Research and the Public through the "Taohai" Concept
Life Science
| 8 Apr 2026
HKUST Launches Healthy Longevity Study Recruiting Adults Aged 90 and Above | Five year study focuses on Chinese seniors to uncover determinants of healthy longevity
Chemistry
| 25 Mar 2026
HKUST Researchers Develop Pioneering Organocatalytic Strategy for Chiral Sulfinamides with Antiviral Potential
(From right) Prof. Huang Xuhui and his research team members Dr. Peter CHEUNG, Dr. Carmen TSE and Dr. SHEONG Fu-Kit conduct part of the calculation with HKUST’s computing servers.
(From right) Prof. Huang Xuhui and his research team members Dr. Peter CHEUNG, Dr. Carmen TSE and Dr. SHEONG Fu-Kit conduct part of the calculation with HKUST’s computing servers.
Chemistry
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HKUST Scientists Discover How RNA Polymerase II Maintains Highly Accurate Gene Transcription with High-Performance Computing
Scientists from HKUST have recently uncovered the mechanisms of how RNA polymerase II performs intrinsic cleavage reaction to proofread RNA…
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Prof. QIAN Peiyuan (middle) and his team members Dr. LI Yongxin (right) and PhD student WANG Ruojun (left) found 7,000 new marine species by nurturing biofilms in seawater (as shown on microscope and on screen).
Prof. QIAN Peiyuan (middle) and his team members Dr. LI Yongxin (right) and PhD student WANG Ruojun (left) found 7,000 new marine species by nurturing biofilms in seawater (as shown on microscope and on screen).
Ocean Science
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HKUST Researchers Discover More Than 7,000 New Microbial Species Enhancing Our Understanding of Ocean Biodiversity
A group of marine scientists at HKUST recently discovered over 7,000 new microbial species in the Oceans, including Acidobacteria – a…
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Prof. LIU Kai, Cheng Associate Professor from the Division of Life Science.
Prof. LIU Kai, Cheng Associate Professor from the Division of Life Science.
Life Science
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HKUST Researchers Co-discover Novel Mechanism That Helps Delay Degradation of Injured Nerves
A research team consisting of scientists from HKUST, CAS and Jinan University discovered a new mechanism that could delay the degeneration…
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HKUST Chair Professor of the Division of Life Science and project coordinator of the Pangu collaboration Prof. ZHANG Mingjie (left); Co-founder and Director of aTyr Pharma and Senior Visiting Fellow at HKUST’s Institute for Advanced Study Prof. Paul SCHIMMEL (middle) and President and CEO of aTyr Dr. Sanjay SHUKLA (right) introduce how aTyr1923 can modulate interstitial lung disease.
HKUST Chair Professor of the Division of Life Science and project coordinator of the Pangu collaboration Prof. ZHANG Mingjie (left); Co-founder and Director of aTyr Pharma and Senior Visiting Fellow at HKUST’s Institute for Advanced Study Prof. Paul SCHIMMEL (middle) and President and CEO of aTyr Dr. Sanjay SHUKLA (right) introduce how aTyr1923 can modulate interstitial lung disease.
Life Science
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Joining Hand with Pangu BioPharma for New Lung Disease Therapy
SAN DIEGO AND HONG KONG – aTyr Pharma, Inc. (Nasdaq: LIFE) recognized the collaboration between its Hong Kong subsidiary, Pangu BioPharma (…
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Prof. WANG Jiguang (left) collaborates with Prof. JIANG Tao to bring their mutational mechanism research into clinical practice that helps find new therapeutic lead for deadly brain cancer patients.
Prof. WANG Jiguang (left) collaborates with Prof. JIANG Tao to bring their mutational mechanism research into clinical practice that helps find new therapeutic lead for deadly brain cancer patients.
Life Science
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HKUST Researchers Discover Mutation Route That Helps Find New Therapeutic Lead for Deadly Brain Cancer Patients
A research team consisting of scientists from HKUST and Beijing Tiantan Hospital have uncovered the mutational mechanism of how a rare and…
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Prof Zhang (left) and Dr Zeng (right) observe the synaptic protein interaction pattern in their laboratory
Prof Zhang (left) and Dr Zeng (right) observe the synaptic protein interaction pattern in their laboratory
Life Science
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Rebuild Synapse-like Machineries to Unveil its Formation and Regulatory Mechanism Paving Ways for Diagnosis and Early Intervention of Mental Disorders
A research team led by Prof. ZHANG Mingjie (Life Science) has employed a novel biochemical reconstitution approach...
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Prof Bik Tye (third left) and Prof Yuanliang Zhai (second right) holding an ORC model with members of the research team
Prof Bik Tye (third left) and Prof Yuanliang Zhai (second right) holding an ORC model with members of the research team
Life Science
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HKUST Scientists Determine Atomic Structure of DNA Replication Machine to Make Groundbreaking Discovery of DNA Replication Mechanism
A research team led by scientists from HKUST have determined the three dimensional structure of the DNA replication...
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(From left) Prof. CHEN Yu from the Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences; Prof. Amy FU, HKUST Research Associate Professor of Life Science; Prof. Nancy IP, HKUST Vice-President for Research and Graduate Studies; PhD student ZHOU Xiaopu and Dr. MOK Kin Ying from University College London.
(From left) Prof. CHEN Yu from the Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences; Prof. Amy FU, HKUST Research Associate Professor of Life Science; Prof. Nancy IP, HKUST Vice-President for Research and Graduate Studies; PhD student ZHOU Xiaopu and Dr. MOK Kin Ying from University College London.
Life Science
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Discover the Genetic Contributions to Alzheimer’s Disease in the Chinese Population Offering Important Clues to the Development of Effective Diagnosis and Treatments
HKUST research team has identified new Alzheimer’s disease (AD) genetic risk factors...
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The research team led by Prof Qian Pei-Yuan (second left) discovered for the first time that “D-stereospecific resistance peptidases” could render peptide antibiotics useless.
The research team led by Prof Qian Pei-Yuan (second left) discovered for the first time that “D-stereospecific resistance peptidases” could render peptide antibiotics useless.
Ocean Science
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HKUST Discovers New Antibiotics Resistance Mechanism Paving the Way for Design of Antibiotics Against Superbugs
Researchers at HKUST have identified for the first time the culprit behind the causing of broad-spectrum bacterial resistance to peptide…
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Prof Sun (third, left) and his research team at HKUST.
Prof Sun (third, left) and his research team at HKUST.
Chemistry
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HKUST Scientists Find New Way to Produce Chiral Molecules which may Bring Safer and More Affordable Medicine
A team led by Prof. SUN Jianwei (Chemistry) discovered useful methods that could result in a more efficient and affordable production of…
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