Biblio
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Journal: 4 Items
Prize: 3 Items |
Symposium: 6 Items
Technology Report: 0 Items |
Book: 0 Items
Project: 3 Items |
2024
- Symposium WEI,WAN-RU, Yang, Cheng-Lung, Chiu, Ya-Ching, 曾俞靜, 王祥宇*, Using Recombinant CD63-EGFP Protein to Visualize Exosome Expression for Studying Its Association with Bovine Ephemeral Fever Virus Replication, 2024生物科技暨健康產業國際研討會, 屏東, 中華民國
- Symposium LIAO, EN-SHENG, Chen, Yao-Yuan, 曾俞靜, 王祥宇*, Establishment of a Hamster Model of Stomatitis Induced by Biological Endotoxin, 2024生物科技暨健康產業國際研討會, 屏東, 中華民國
- Journal 曾俞靜, 徐敏恭, Cai, Jia-Rong, 王祥宇*, A strategy of novel molecular hydrogen-producing antioxidative auxiliary system improves virus production in cell bioreactor., scientific reports, Springer Nature, 14, 4092
2023
- Prize 創流不息：五校聯合創意創業競賽 佳作, 南臺灣科研產業化平台, 中華民國
2022
- Symposium 曾俞靜, 王祥宇*, Acceleration and Stabilization of Bovine ephemeral fever virus Production Technology., 農產資源科學學門傑出研究講座暨成果發表會, 台中, 中華民國
2021
- Prize 2021青年啟動創業台灣創業競賽, 大同大學研發處, 中華民國
- Journal 曾俞靜, 徐敏恭, TSAI, CHIAO-AN, 朱純燕, 吳幸潔, 王祥宇*, A Senescence-Like Cellular Response Inhibits Bovine Ephemeral Fever Virus Proliferation, Vaccines, 9, 601
2020
- Symposium 曾俞靜, TSAI, CHIAO-AN, 王祥宇*, Investigation of aging marker and virus susceptibility of BHK-21 sub-clones in BEFV infection., 生物科技暨健康產業國際學術研討會, 嘉義, 中華民國
- Prize 2020台灣創新技術博覽會發明專利金牌獎, 2020台灣創新技術博覽會(中華民國對外貿易發展協會), 中華民國
2019
- Symposium 曾俞靜*, The Study of the Bovine Ephemeral Fever Virus G and N Protein as the Detection Target for the Rapid BEFV Quantitative Analysis., 2019全國生物科技暨健康產業學術研討會, 嘉義縣, 中華民國
- Journal 鄭力廷, 曾俞靜, 朱純燕, 王祥宇*, Development of a quick dot blot assay for the titering of bovine ephemeral fever virus, BMC Veterinary Research, Springer Nature, 15, (1)
2018
- Symposium 曾俞靜, 王祥宇*, The Study of the Bovine Ephemeral Fever Virus G and N Protein as the Detection Target for the Rapid BEFV Quantitative Analysis, Asia-Pacific Conference on Life Science and Biological Engineering (APLSBE 2019), Kyoto, 日本
2017
- Journal 曾俞靜, , , *, Biocompatible testing and physical properties of curdlan-grafted poly(vinyl alcohol) scaffold for bone tissue engineering., Carbohydr Polym . , 10, 157, 1341-1348