即使給予最好的營養、醫療和運氣，每個物種的壽命，最終還是會受到導致衰老、疾病和死亡的基因所限制，這就是為什麼人類很少能活到100歲以上。因此，要延長健康的壽命，減輕衰老的脆弱性，我們必須找出那些限制壽命的基因。 Bruce 因其在先天免疫領域的貢獻，讓他在2011年獲得諾貝爾生理學或醫學獎。自從獲得諾貝爾獎並發明治療類風濕性關節炎藥物Enbrel以來，他在過去十年裡專注於抗病遺傳學，包括衰老。現在通過把誘變基因與人工智能和統計計算相結合，快速找到“有益的基因突變”來抑制疾病。此將徹底改變健康壽命的延長和疾病抵抗力，包括癌症和衰老的脆弱性。 邀請你與諾貝爾獎得主Bruce Beutler共話長壽之謎。 活動詳情 主持人： 梁傳昕博士 主講嘉賓： Bruce A Beutler, MD, Nobel Laireate Topic: The use of automated ...
Even given the best nutrition, medical care, and luck, the lifespan of each member of a species is ultimately limited by our genes that leads ...
In June 2022, the State Council of China issued the “Overall Plan for Promoting Comprehensive Cooperation among Guangdong, Hong Kong and Macao by Further Deepening ...
Organized by HKMA, one of the members of CCGHKC Service Centre, the Annual Conference: Leadership and Innovation in Turbulent Times will be held on 28th ...
GBA: Integration Writes a New Chapter Co-organized by China Daily and Hong Kong Coalition with Bay Area Hong Kong Centre as the supporting organization, and ...
New Business Opportunities in Guangzhou Nansha The Master Plan of Nansha was recently unveiled by China’s State Council on 6 June 2022. The ambitious plan ...
CCGHKC Service Centre (“the Centre”) was officially opened on 11th October, 2021. The Centre aims to provide support to members of the CCGHKC and all ...
The Consultative Committee on Guangdong-Hong Kong Co-operation (CCGHKC) was established in Guangzhou Nansha on 14th April. An appointment ceremony took place on the same day. ...