A continuous add‐on probe reveals the nonlinear enlargement of mitochondria in light‐activated oncosis
Oncosis, depending on DNA damage and mitochondrial swelling, is an important approach
for treating cancer and other diseases. However, little is known about the behavior of …
for treating cancer and other diseases. However, little is known about the behavior of …
A multiple acetal chalcone-BODIPY-based fluorescence: synthesis, physical property, and biological studies
Y Wang, F Xiao, T Shao, K Hu, G Lian, J Feng… - Analytical and …, 2021 - Springer
Fluorescent probes with outstanding physical and biological properties are superior for
functional fluorescent dyes design. However, few studies pay attention to the stability of …
functional fluorescent dyes design. However, few studies pay attention to the stability of …
Intense nano-pulse stimulation-induced dynamic changes in vesicle trafficking visualized by super-resolution fluorescence microscopy
J Guo, C Chen, Z Sun, L Zhang, H Li, X Wu… - Applied Physics …, 2023 - pubs.aip.org
Super-resolution fluorescence microscopy (SRFM) has revolutionized biomedical research
by providing valuable information at the nanometer-scale within cells. Recent advances in …
by providing valuable information at the nanometer-scale within cells. Recent advances in …
Dual-color live-cell super-resolution fluorescence lifetime imaging via polarization modulation-based fluorescence emission difference
Fluorescence lifetime imaging microscopy (FLIM) has been proposed as an important
technique for understanding the chemical microenvironment in cells and tissues, as it …
technique for understanding the chemical microenvironment in cells and tissues, as it …
[PDF][PDF] 多色虚拟荧光辐射差分显微成像
黄宇然， 张智敏， 董婉潔， 徐良， 韩于冰， 郝翔… - 中国光学(中 …, 2022 - chineseoptics.net.cn
荧光辐射差分显微成像是一种荧光染料普适性强, 光毒性较低的超分辨成像技术.
然而传统荧光辐射差分成像由于受其成像原理限制, 系统复杂度较高, 稳定性低且成像速度受限 …
然而传统荧光辐射差分成像由于受其成像原理限制, 系统复杂度较高, 稳定性低且成像速度受限 …