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Your search keyword '"Wu, Pei-Chun"' showing total 9 results
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9 results on '"Wu, Pei-Chun"'

2. Supplemental Table S3 from H3K9 Histone Methyltransferase, KMT1E/SETDB1, Cooperates with the SMAD2/3 Pathway to Suppress Lung Cancer Metastasis

Author

Wu, Pei-Chun, primary, Lu, Jeng-Wei, primary, Yang, Jer-Yen, primary, Lin, I-Hsuan, primary, Ou, Da-Liang, primary, Lin, Yu-Hsiang, primary, Chou, Kuan-Hsien, primary, Huang, Wen-Feng, primary, Wang, Wan-Ping, primary, Huang, Yih-Leh, primary, Hsu, Chiun, primary, Lin, Liang-In, primary, Lin, Yueh-Min, primary, Shen, C.-K. James, primary, and Tzeng, Tsai-Yu, primary

Published
2023
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3. Supplemental Figure S6 from H3K9 Histone Methyltransferase, KMT1E/SETDB1, Cooperates with the SMAD2/3 Pathway to Suppress Lung Cancer Metastasis

Author

Wu, Pei-Chun, primary, Lu, Jeng-Wei, primary, Yang, Jer-Yen, primary, Lin, I-Hsuan, primary, Ou, Da-Liang, primary, Lin, Yu-Hsiang, primary, Chou, Kuan-Hsien, primary, Huang, Wen-Feng, primary, Wang, Wan-Ping, primary, Huang, Yih-Leh, primary, Hsu, Chiun, primary, Lin, Liang-In, primary, Lin, Yueh-Min, primary, Shen, C.-K. James, primary, and Tzeng, Tsai-Yu, primary

Published
2023
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4. Supplemental Materials and Methods from H3K9 Histone Methyltransferase, KMT1E/SETDB1, Cooperates with the SMAD2/3 Pathway to Suppress Lung Cancer Metastasis

Author

Wu, Pei-Chun, primary, Lu, Jeng-Wei, primary, Yang, Jer-Yen, primary, Lin, I-Hsuan, primary, Ou, Da-Liang, primary, Lin, Yu-Hsiang, primary, Chou, Kuan-Hsien, primary, Huang, Wen-Feng, primary, Wang, Wan-Ping, primary, Huang, Yih-Leh, primary, Hsu, Chiun, primary, Lin, Liang-In, primary, Lin, Yueh-Min, primary, Shen, C.-K. James, primary, and Tzeng, Tsai-Yu, primary

Published
2023
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5. Data from H3K9 Histone Methyltransferase, KMT1E/SETDB1, Cooperates with the SMAD2/3 Pathway to Suppress Lung Cancer Metastasis

Author

Wu, Pei-Chun, primary, Lu, Jeng-Wei, primary, Yang, Jer-Yen, primary, Lin, I-Hsuan, primary, Ou, Da-Liang, primary, Lin, Yu-Hsiang, primary, Chou, Kuan-Hsien, primary, Huang, Wen-Feng, primary, Wang, Wan-Ping, primary, Huang, Yih-Leh, primary, Hsu, Chiun, primary, Lin, Liang-In, primary, Lin, Yueh-Min, primary, Shen, C.-K. James, primary, and Tzeng, Tsai-Yu, primary

Published
2023
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6. Label-free optical metabolic imaging of adipose tissues for prediabetes diagnosis

Author

Chen, Liping, primary, Qin, Guihui, additional, Liu, Yuhong, additional, Li, Moxin, additional, Li, Yue, additional, Guo, Lun-Zhang, additional, Du, Lidong, additional, Zheng, Weiming, additional, Wu, Pei-Chun, additional, Chuang, Yueh-Hsun, additional, Wang, Xiaoyan, additional, Wang, Tzung-Dau, additional, Ho, Ja-An Annie, additional, and Liu, Tzu-Ming, additional

Published
2023
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8. Noninvasive assessment of liver function reserve with fluorescent dosimetry of indocyanine green

Author

Wu, Pei-Chun, primary, Guo, Lun-Zhang, additional, Yu, Shan, additional, Zeng, Ning, additional, Liu, Yu-Cheng, additional, Yu, Jia, additional, Zhang, Zhiming, additional, Lu, Ke, additional, Sun, Liangyu, additional, Wang, Chunfei, additional, Chang, Yu-Han, additional, Lu, Yin-Lin, additional, Shen, Yu-Fang, additional, Tai, Sheng, additional, Chuang, Yueh-Hsun, additional, Ho, Ja-An Annie, additional, Huang, Kai-Wen, additional, Wu, Yao-Ming, additional, and Liu, Tzu-Ming, additional

Published
2022
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9. Functionalizing Collagen with Vessel‐Penetrating Two‐Photon Phosphorescence Probes: A New In Vivo Strategy to Map Oxygen Concentration in Tumor Microenvironment and Tissue Ischemia.

Author

Wu, Cheng‐Ham, Kisel, Kristina S., Thangavel, Muthu Kumar, Chen, Yi‐Ting, Chang, Kai‐Hsin, Tsai, Ming‐Rung, Chu, Chia‐Yu, Shen, Yu‐Fang, Wu, Pei‐Chun, Zhang, Zhiming, Liu, Tzu‐Ming, Jänis, Janne, Grachova, Elena V., Shakirova, Julia R., Tunik, Sergey P., Koshevoy, Igor O., and Chou, Pi‐Tai

Subjects
TUMOR microenvironment, PHOSPHORESCENCE, OXYGEN detectors, COLLAGEN, ISCHEMIA, EXTRACELLULAR matrix
Abstract

The encapsulation and/or surface modification can stabilize and protect the phosphorescence bio‐probes but impede their intravenous delivery across biological barriers. Here, a new class of biocompatible rhenium (ReI) diimine carbonyl complexes is developed, which can efficaciously permeate normal vessel walls and then functionalize the extravascular collagen matrixes as in situ oxygen sensor. Without protective agents, ReI‐diimine complex already exhibits excellent emission yield (34%, λem = 583 nm) and large two‐photon absorption cross‐sections (σ2 = 300 GM @ 800 nm) in water (pH 7.4). After extravasation, remarkably, the collagen‐bound probes further enhanced their excitation efficiency by increasing the deoxygenated lifetime from 4.0 to 7.5 µs, paving a way to visualize tumor hypoxia and tissue ischemia in vivo. The post‐extravasation functionalization of extracellular matrixes demonstrates a new methodology for biomaterial‐empowered phosphorescence sensing and imaging. [ABSTRACT FROM AUTHOR]

Published
2021
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