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Gufeng Wang

As seen in: Nature, Cell Press, Chemistry World
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Articles by Gufeng Wang

Sequencing-based spatial transcriptomics with high sensitivity

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By Renjie Liao, Defeng Fu, Zaoxu Xu, Xiaoran Zhou, Yiling Chen, Xueqi Liu, Jiajun Cheng, Chen Li, Huihua Xia, Gailing Li, Yang Chen, Zihang Huang, Qingbin Chen, Dexia Chen, Shuguang Xuan, Changling Zhang, Yongyi Lu, Hui Wang, Yuanye Bao, Luyang Zhao, Erkai Liu, Gufeng Wang, Diewen Feng, Longchao Chen, Taiqing Feng
| Nature Verified
Abstract The advent of spatial transcriptomics has dramatically expanded our ability to study the vast network of cell-cell interactions at the molecular level in tissue. Among current methods, sequencing-based approaches have great potential in discovery because of their unbiased capture of the whole transcriptome. In the last couple of years, the spatial resolution for the capture addresses has been improved from ~100 μm to <1 μm, well below the size of a mammalian cell.
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Resolving Cargo-motor-track Interactions in Living Cells with Bifocal Parallax Single Particle Tracking

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By Xiaodong Cheng, Seth L. Filbrun, Gufeng Wang, Kuangcai Chen
| Cell Press Verified
Xiaodong Cheng Kuangcai Chen Bin Dong Seth L. Filbrun Gufeng Wang Ning Fang Ning Fang Correspondence To whom correspondence should be addressed. Prof.
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Effect of Doping Ge into Y2O3:Ho,Yb on Green-to-Red Emission Ratio and Temperature Sensing

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By Vineet Kumar Verified, Brandon Zoellner, Paul Maggard, Gufeng Wang
| Royal Society of Chemistry Verified
A series of Ge doped monophase Y2O3:Ho,Yb phosphor materials has been synthesized using solid state reactions. The addition of Ge to the Y2O3 host decreases the Ho green emission (5F4/5S2→5I8) and increases the red emission (5F5→5I8), providing a new means to tune the green to red emission intensity ratio. It is proposed that Ge-induced multiphonon relaxation process enhances the transition from the intermediate states 5I6 to 5I7, which tunes the green and red emission intensities.
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New dinuclear ruthenium arene complexes containing thiosemicarbazone ligands: synthesis, structure and cytotoxic studies

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By Wei Su, Zhaofeng Tang, Peiyuan Li, Gufeng Wang
| Chemistry World Verified
A series of mono-nuclear ruthenium arene complexes with thiosemicarbazones (TSCs) ligands (A-type, 1–8) and their corresponding di-nuclear analogues (B-type, 9–16) were synthesized and characterized by NMR, elemental analysis and HR-ESI-mass spectrometry. The molecular structures of 1, 2, 6, 9–11 and 13–16 were determined using single-crystal X-ray diffraction analysis. The nature of the two types of complexes was studied using density functional theory (DFT) calculations.
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