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11 results on '"Sun, Jingfu"'

3. Inside Cover: Red‐ and Far‐Red‐Emitting Zinc Probes with Minimal Phototoxicity for Multiplexed Recording of Orchestrated Insulin Secretion (Angew. Chem. Int. Ed. 49/2021)

Author

Zhang, Junwei, primary, Peng, Xiaohong, additional, Wu, Yunxiang, additional, Ren, Huixia, additional, Sun, Jingfu, additional, Tong, Shiyan, additional, Liu, Tianyan, additional, Zhao, Yiwen, additional, Wang, Shusen, additional, Tang, Chao, additional, Chen, Liangyi, additional, and Chen, Zhixing, additional

Published
2021
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5. SLC34A2 Up-regulation And SLC4A4 Down-regulation Correlates With Invasion, Metastasis, And The MAPK Signaling Pathway In Papillary Thyroid Carcinomas

Author

Huang, Fengyan, primary, Wang, Haitao, additional, Xiao, Juan, additional, Shao, Chunchun, additional, Zhou, Yong, additional, Cong, Wei, additional, Gong, Maosong, additional, Sun, Jingfu, additional, Shan, Liqun, additional, Hao, Zhanyu, additional, Wang, Lihua, additional, Ding, Shouluan, additional, Yu, Zhigang, additional, Liu, Jianing, additional, and Jia, Hongying, additional

Published
2021
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10. Innentitelbild: Red‐ and Far‐Red‐Emitting Zinc Probes with Minimal Phototoxicity for Multiplexed Recording of Orchestrated Insulin Secretion (Angew. Chem. 49/2021).

Author

Zhang, Junwei, Peng, Xiaohong, Wu, Yunxiang, Ren, Huixia, Sun, Jingfu, Tong, Shiyan, Liu, Tianyan, Zhao, Yiwen, Wang, Shusen, Tang, Chao, Chen, Liangyi, and Chen, Zhixing

Subjects
SECRETION, INSULIN, ZINC, FLUORESCENT probes, RED
Abstract

Innentitelbild: Red- and Far-Red-Emitting Zinc Probes with Minimal Phototoxicity for Multiplexed Recording of Orchestrated Insulin Secretion (Angew. 4D islet physiology, biocompatibility, fluorescent probe, insulin secretion, zinc Keywords: 4D islet physiology; biocompatibility; fluorescent probe; insulin secretion; zinc EN 4D islet physiology biocompatibility fluorescent probe insulin secretion zinc 25790 25790 1 11/26/21 20211201 NES 211201 B Die Insulinsekretion b aus -Zellen kann nun zusammen mit dem Kalziumsignal und den Organellen aufgezeichnet werden. [Extracted from the article]

Published
2021
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11. Third-Generation Covalent TMP-Tag for Fast Labeling and Multiplexed Imaging of Cellular Proteins.

Author

Mo J, Chen J, Shi Y, Sun J, Wu Y, Liu T, Zhang J, Zheng Y, Li Y, and Chen Z

Subjects
Fluorescent Dyes, Proteins, Rhodamines, Tetrahydrofolate Dehydrogenase, Escherichia coli, Trimethoprim
Abstract

Self-labeling protein tags can introduce advanced molecular motifs to specific cellular proteins. Here we introduce the third-generation covalent TMP-tag (TMP-tag3) and showcase its comparison with HaloTag and SNAP-tag. TMP-tag3 is based on a proximity-induced covalent Michael addition between an engineered Cys of E. coli dihydrofolate reductase (eDHFR) and optimized trimethoprim (TMP)-acrylamide conjugates with minimal linkers. Compared to previous versions, the TMP-tag3 features an enhanced permeability when conjugated to fluorogenic spirocyclic rhodamines. As a small protein, the 18-kD eDHFR is advantageous in tagging selected mitochondrial proteins which are less compatible with bulkier HaloTag fusions. The proximal N-C termini of eDHFR also enable facile insertion into various protein loops. TMP-tag3, HaloTag, and SNAP-tag are orthogonal to each other, collectively forming a toolbox for multiplexed live-cell imaging of cellular proteins under fluorescence nanoscopy., (© 2022 Wiley-VCH GmbH.)

Published
2022
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