PolyU Science in the News

PolyU bags TechConnect Innovation Awards six years in a row

PolyU has won three prestigious global Innovation Awards in the areas of AI, materials science and biotechnology at the TechConnect World Innovation Conference and Expo 2022 – the world’s largest multi-sector event for fostering the development and commercialisation of innovations. This is the sixth consecutive year that PolyU research teams have snatched the esteemed awards among top-ranked innovators, and PolyU is the only higher education institution in Hong Kong to be honoured with the awards this year.   The award-winning PolyU innovations include an AI-empowered chest X-ray imaging technique for clinical applications, an automatic temperature-controllable mask, and a new type of more environment-friendly moisture-absorbing and sweat-releasing fabric.    Press release PolyU’s Pioneering Technologies in AI, Materials Science and Biotechnology Awarded at TechConnect 2022 Innovation Awards 理大在人工智能、材料科學和生物科技的領先研發 榮獲三項TechConnect全球創新獎 (Chinese) 文匯報 理大3項目獲創新獎 智能調溫口罩舒適防疫 20 May2022 Quamnet PolyU’s Pioneering Technologies in AI, Materials Science and Biotechnology Awarded at TechConnect 2022 Innovation Awards 19 May2022 香港商報 理大榮獲三項TechConnect全球創新獎 19 May2022 紫荊雜誌 理大在人工智能等領域領先研發 榮獲三項全球創新獎 19 May2022 新浪網 理大在人工智能、材料科学和生物科技的领先研发 19 May2022 搜狐 理大在人工智能、材料科学和生物科技的领先研发 获三项TechConnect全球创新奖 19 May2022 启萌教育 理大在人工智能、材料科学和生物科技的领先研发荣获三项TechConnect全球创新奖 19 May2022

PolyU scholar illustrates future food on radio

Dr Kevin Kwok Wing-hin, Associate Director of PolyU’s Research Institute for Future Food (RiFood) and Assistant Professor of the Department of Applied Biology and Chemical Technology, introduced the research and future development of future food on the RTHK radio programme “Climate Watcher”, including the research on producing future food from new ingredients such as insects, as well as new technology that can produce and preserve existing food in a better and greener way.   According to Dr Kwok, over 50 scientists at the RiFood are conducting research on improving the taste, texture and nutrition of food like fish, vegetables and fruit to better suit the needs of local people. RTHK (1:13:25 - 1:34:30) 電視天氣節目點滴/ 未來食品 30 April 2022

PolyU’s development of new drugs featured on RTHK TV

Prof. Wong Kwok-yin, Vice President (Education), Chair Professor of Chemical Technology and Director of the State Key Laboratory of Chemical Biology and Drug Discovery at PolyU, and Prof. Thomas Leung Yun-chung, Lo Ka Chung Charitable Foundation Professor in Pharmaceutical Sciences and Professor of Department of Applied Biology and Chemical Technology, gave an interview with RTHK TV programme "I&T New Era" to introduce the laboratory’s journey of developing new drugs to cure cancer.   According to Prof. Wong, they have three to four new drugs under development in the clinical trial stage in the US, China and Hong Kong currently, and hopefully may enter the third stage of trial soon.   Prof. Leung said the development process has been taken forward with the help of the state-of-the-art equipment. Besides, knowledge transfer is also critical in developing new drugs, as it may take decades to develop a new drug, therefore young scientists are needed to take up the baton. RTHK 創科新里程/ 對抗癌症 23 April 2022

PolyU-supported start-up joins hands with LAWSGROUP to produce the world’s first anti-virus 3D printing material

Immune Materials Limited (IML), a PolyU-supported start-up, reached an investment cooperation with LAWSGROUP to manufacture the world’s first anti-virus 3D printing material developed by the start-up. IML was established by the research team from PolyU’s Institute of Textiles and Clothing. The material developed by the interdisciplinary research team can kill over 90% of the viruses and bacteria, including COVID-19, within 10 minutes. It can be used to produce toilet doorknob covers, lift buttons and more. LAWSGROUP will apply the material in its local and overseas commercial buildings, shopping malls and production facilities. In addition, the Sham Shui Po District Council will also join hands with IML to apply the material in public facilities and “three-nil buildings”. 信報 羅氏設施採用理大防病毒物料 11 April 2022 香港經濟日報 【第五波疫情】羅氏集團投資理大初創公司生產抗毒殺菌3D打印物料　將於D2 Place廣泛應用 11 April 2022 香港商報 理大初創公司與羅氏集團生產高效抗毒殺菌3D打印物料 11 April 2022

Prof. Li Pei and her prize-winning inventions featured on media

Prof. Li Pei of PolyU’s Department of Applied Biology and Chemical Technology and her prize-winning inventions were featured on Sing Tao Daily. One of the significant inventions of Prof. Li is InnoCoatex, a biocompatible antimicrobial coating developed with nanotechnology that can kills 99% of common bacteria and viruses like HCOV-229E (COVID-19). The coating has already been put to use in the Government’s isolation facilities and PolyU dormitories. The coating was developed with a patented technology invented by Prof. Li. As one of the few experts in the world who master layered nanomaterials, Prof. Li has over 30 years’ experience in biomaterial research, with groundbreaking achievements in areas like nanomaterial integration and amphiphilic nanoparticles, which have a wide range of applications in medical and other fields. 星島日報 多層納米球妙用無窮 理大新技術見微知著 11 April 2022

PolyU study reveals probiotics almost non-existent in cesarean-born babies

A research by PolyU has revealed that Bifidobacteria, a probiotic, was nearly non-existent in the gut of babies born by cesarean section (C-section). Bifidobacteria is viewed as an essential probiotic for proper immune development and good gut health among infants which protects the neonates from various intestinal and immunity disorders. Commissioned by Danone Nutricia, PolyU researchers from the Department of Applied Biology and Chemical Technology examined 70 fecal samples of newborn babies after their first 2 weeks of life for the study. They found that the Bifidobacterium species almost did not exist in samples from C-section babies. In comparison, 37 fecal samples from vaginally birthed, breastfed babies had the necessary probiotic levels. Dr. Chiou Jiachi, Assistant Professor of the Department of Applied Biology and Chemical Technology said 38% of births in Hong Kong are C-section deliveries, so it is crucial to understand the special nutrition needs of C-section babies. 有線財經新聞 理大研究：剖腹產嬰腸道缺益生菌　較易患過敏、濕疹、上呼吸道疾病 31 March 2022 東方日報 理大研究：剖腹嬰腸道益生菌較少 1 April 2022 星島日報 研究指剖腹生產嬰兒腸道雙歧桿菌近乎零 兒科醫生促及早補充益生菌 31 March 2022 am730 理大研究｜剖腹產嬰腸道益生菌較少 易患食物過敏或濕疹 1 April 2022 頭條日報 研究指剖腹生產嬰兒腸道雙歧桿菌近乎零 兒科醫生促及早補充益生菌 31 March 2022 文匯報 剖腹產嬰兒 腸道缺益生菌 1 April 2022 Hk01 初生剖腹產嬰兒腸道內個別益生菌種近乎零　易有過敏哮喘及濕疹 31 March 2022 巴士的報 理大研究指剖腹生產嬰兒腸道雙歧桿菌近乎零 兒科醫生促及早補充益生菌 31 March 2022

Startup founded by PolyU professor enters finale in global startup competition

A startup founded by Prof. Li Pei of the Department of Applied Biology and Chemical Technology has become one of the top 10 finalists in the JUMPSTARTER Global Pitch Competition 2022. The two winning startups standing out in the grand finale to be held at the end of the month will receive a prize of US$4 million in total. Through the startup Grand Rise Technology, Prof. Li developed a biocompatible antimicrobial coating that can effectively kill common bacteria and viruses. Prof Li said her dream is to contribute to society and mankind with scientific research. 信報 JUMPSTARTER 2022環球創業比賽10強誕生 初創以創新方案令世界變得美好 25 March 2022

PolyU-developed anti-virus 3D printing material featured on TV programme

PolyU-developed anti-virus 3D printing material featured on TV programme

AiDLab aims to utilise creative innovation with AI technology for greater good

The Laboratory for Artificial Intelligence in Design (AiDLab) at PolyU is working on applying the AI gesture recognition technology on the illuminating Polymeric Optical Fibre textiles. The gestures posed by users would be recorded by the sensors on the textile and analysed by the AI computer, and the textiles would emit different colours according to different gestures after analysis. The research team hopes to apply this technology on various areas, such as multi-sensory treatment to help children with special educational needs and dementia patients. 文匯報 人工智能手部識別系統應用光纖布料 14 March 2022

PolyU develops world’s first coronavirus-killing 3D printing material

Researchers from PolyU have developed the world’s first 3D printing material with a surface that can kill the coronavirus and can be used to produce low-cost, durable lift buttons and door handles to reduce infection risks. Dr Chris Lo Kwan-yu, Associate Professor of PolyU's Institute of Textiles and Clothing (ITC), who led the research team, said they found the material could still kill 70% of the COVID-19 virus and other viruses/bacteria in two minutes, and almost eliminate them in 20 minutes. The team announced it would collaborate with the Sham Shui Po District Office to make doorknob protective covers for more than 100 poorly maintained buildings that lacked any management organisations. They would also consider applying the material to primary and secondary schools, health care facilities, and public transport. Professor Kan Chi-wai of ITC said the disinfection components of the material were embedded in the products rather than coated on the surface, preventing daily cleaning from compromising its antiviral performance. Dr Amber Chiou Jia-chi, Assistant professor of the Department of Applied Biology and Chemical Technology, said it could also kill virus variants because it physically attacked viruses’ membranes, regardless of what proteins they contained. Press release PolyU develops novel anti-virus 3D printing material that terminates over 90% of COVID-19 in 10 minutes 理大研發全新防病毒三維打印物料十分鐘殺滅逾九成新冠病毒 (Chinese) 無綫新聞 理大研發聲稱能殺滅新冠病毒物料可製手柄等 冀未來廣泛使用 13 January 2022 Now TV 理工大學研發出三維打印物料可殺滅表面病毒 13 January 2022 有線電視 3D打印材料混抗菌劑　兩分鐘滅七成病毒　電梯按鈕濕地公園實測一年無損壞 13 January 2022 香港電台 理大研發出三維打印物料可殺滅表面新冠病毒及細菌等 13 January 2022 SCMP Coronavirus killer material developed in 3D printing project by Hong Kong’s Polytechnic University paves way for new lift buttons, door handles 13 January 2022 東方日報 理大研抗菌塑膠物料 20分鐘可殺99.2%病毒 14 January 2022 明報 理大研製3D打印物料 10分鐘殺九成新冠病毒 14 January 2022 am730 防疫抗疫｜理大研防新冠物料 10分鐘殺逾九成病毒 14 January 2022 大公報 理大首创抗新冠3D打印物料 14 January 2022 香港01 理大研防病毒塑膠　10分鐘殺逾9成新冠病毒　可製手柄、電梯按鈕 13 January 2022 Xinhua Net Hong Kong researchers say they develop novel material able to kill COVID-19 virus 13 January 2022 新华网 香港理大研发全新物料 可有效杀灭表面新冠病毒 13 January 2022 台灣蘋果日報 門把、按鈕都適用！香港理工大學研發物料可滅新冠病毒 13 January 2022