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Making News

Engineering AI to Give Speech to the Vocally Stricken

When one has a mouth but cannot speak, it is a dreadful loss. But now AI can change that destiny. A CUHK Engineering professor has taken AI technology to another level to give a voice to those who are losing the power to communicate, by deploying text-to-speech technology and letting AI learn as much as possible about how one speaks, to preserve verbal identity after disease has taken the voice…...

Dry Eye Disease: A Long COVID Symptom You Should Watch Out For

Experiencing dry, itchy eyes and blurred vision and thinking it is just because of prolonged exposure to digital screens? These symptoms could also be COVID-19 sequelae that you should be aware of. An ophthalmology team from CUHK has found that post-COVID-19 patients have a higher risk of developing dry eye disease, and that one in five people who have had COVID-19 suffer from at least one symptom related to dry eye disease……

Using GIScience to Combat COVID-19 and Keep People Healthy

A CUHK professor is trying to turn Geographical Information Science into a vehicle for improving people's lives. From helping protect the vulnerable groups who are most at risk of COVID-19 to monitoring the safety of public infrastructure, her work shows how the field can be a force for good……

CUHK Triumphs on International Exhibition Stage for Innovation

Remarkable research and innovation from CUHK have reaped multiple awards at this year’s International Exhibition of Inventions of Geneva. A CUHK professor also received the honour of AIMBE College Fellowship in recognition of his novel technology for rehabilitation and his contribution to the education of biomedical engineering……

Gut Feeling about Handling Long COVID

The Microbiota I-Centre of CUHK has identified distinct gut microbiome profiles that can characterise “long COVID”. This is the world’s first study to demonstrate gut microbiota as a key determinant of long COVID. These distinct gut microbial signatures can be used as a diagnostic tool and to guide therapy……

New Light on Causes of Severe Inflammation in COVID Patients’ Blood Vessels

A new pathway has been found whereby SARS-CoV-2 infects the endothelium cells – the innermost layer of the blood vessels, causing hyper inflammation, blood clotting and thrombosis in severe COVID-19 patients. In a collaborative research, a CU Medicine team has discovered that the virus induces inflammation by activating a unique cell surface receptor called (TLR) 4, without entering the host cell……

History of Galaxies and Stars Unravels in the World’s Biggest Survey

The birth of the universe is always a mystery, as are its stars and galaxies. A CUHK professor has played key roles in an international astronomers’ 6-year project to produce maps of 10,000 galaxies using a new fibre-bundling technology while also collecting data on 24,000 stars in the Milky Way to help assess star populations in more distant galaxies light years away……

New Blood Test Improves Diagnostic Accuracy for Shrimp Allergy

Shrimps are common and versatile ingredients that can be included in many popular dishes around the world. However, they can be a nightmare for some of us who suffer from allergic reactions to eating them, including swelling of the face, eyes and lips, and an itchy red rash. An allergic reaction to shrimp can occur at any age, therefore a reliable and accurate diagnostic method for shrimp allergy is essential to avoid severe allergic reactions……

FTERM Bestowed on CUHK President for Contribution to Regenerative Medicine

Certain traumas, diseases or ageing problems cause damage to human tissues and bodies, but regenerative medicine brings hope to patients by repairing or regenerating them. Professor Rocky S. TUAN, Vice-Chancellor and President of CUHK has spent years of intensive effort in the field of skeletal tissue engineering and regeneration. His achievement has recently been recognised by the TERMIS with an International Fellowship (FTERM); he is the first Hong Kong scholar to be given the honour……

Double Strength and Longer for End of Century Typhoons

Over the past 40 years, there has been a marked increase in powerful super typhoons in the Pacific like Typhoon “In-fa” and “Cempaka”. From analysing recent typhoons and making projections based on a high-resolution climate model, a CUHK research team revealed that typhoons in Asia could be more intense at landfall, last longer and potentially double their punch by the end of this century, and they will travel further inland and do much more damage if global warming continues……