天王彩票|手机app下载

學術活動   NAVIGATION

Time-resolvedluminescence biosensing and super-resolution imaging powered by lanthanide nanocrystals

主講人:Yiqing Lu博士

時間:6月13日(星期四)10:00

地點:科技創新大樓C501室

主講人介紹:

Dr Yiqing Lu obtained his Bachelor degree in Electronic Engineering at Tsinghua University, followed by a joint PhD between Tsinghua and Macquarie University on advanced optoelectronic biodetection. He then focused his research in the cross-disciplinary area of nano-bio-photonics, with particular interest in smart sensing and imaging based on novel photoluminescence nanomaterials. He is an Australian Research Council (ARC) DECRA Fellow and Associate Investigator of the ARC Centre of Excellence for Nanoscale BioPhotonics (CNBP). He has published over 30 refereed journal articles and conference proceedings, including first-/corresponding-author papers in Nature, Nature Photonics, Nature Nanotechnology and Nature Communications, with total citations over 1400. He is a regular reviewer for a number ofscientific journals including Nature Communications, Nanoscale, Advances in Colloid and Interface Science, Frontiers in Chemistry,Optics Letters and Science Bulletin. 

主要內容:

The photoluminescence of trivalent lanthanide ions features slow decay after pulsed excitation, with lifetimes in the microsecond-to-millisecond region. This enables time-gated luminescence detection to minimise interference from biological autofluorescence and excitation scattering, allowing rapid identification and accurate quantification for cells of interest at ultrahigh sensitivity. Our group has been developing new generations of lanthanide nanocrystals and time-gated luminescence techniques, offeringenhanced sensitivity, throughput, resolution and tissue penetration over conventional fluorescence techniques to enable early diagnosis of diseases and detection of pathogen contamination. I will introduce the major breakthroughs we have achieved in the last few years in methodology, nanomaterials and instrumentation, alongside applications ranging from multiplexed pathogen detection to in vivo identification of tumour subtypes. I will also discuss the outlook for our techniques to be implemented in optical nanoscopy, medical imaging, nanomedicine and theranostics, which are potentially transformational for biomedical research and clinical practice. 

主辦單位:海外人才緩沖基地(先進材料研究院)


學術活動
<ins id="bvbjt"></ins>
<ins id="bvbjt"></ins>
<var id="bvbjt"></var>
<ins id="bvbjt"><noframes id="bvbjt"><del id="bvbjt"></del><ins id="bvbjt"></ins>
<ins id="bvbjt"></ins>
<ins id="bvbjt"></ins>
<ins id="bvbjt"><noframes id="bvbjt">
<ins id="bvbjt"></ins>
<var id="bvbjt"><noframes id="bvbjt"><cite id="bvbjt"></cite>
<del id="bvbjt"><span id="bvbjt"></span></del><menuitem id="bvbjt"><span id="bvbjt"></span></menuitem>
<ins id="bvbjt"></ins>
<ins id="bvbjt"><span id="bvbjt"></span></ins>
<ins id="bvbjt"><noframes id="bvbjt"><cite id="bvbjt"></cite>
<cite id="bvbjt"></cite><cite id="bvbjt"><span id="bvbjt"></span></cite>
<ins id="bvbjt"><noframes id="bvbjt"><cite id="bvbjt"></cite>
天王彩票|手机app下载 168彩票|手机app下载 微购彩票|官网登录 天盛彩票|手机app下载 辽宁35选7开奖走势图 东方6+1走势图 甘肃快3走势图今天 百胜彩票|官网登录 好运彩票|官网登录 9彩彩票|手机app下载 北京36选7开奖结果 河北福彩排列5开奖结果 8号彩票|官网登录 优信彩票|手机app下载 迅雷彩票|官网登录 浙江15选5走势图