Biblio
Journal: 10 Items
Prize: 5 Items |
Symposium: 27 Items
Technology Report: 0 Items |
Book: 1 Items
Project: 17 Items |
2024
2023
Symposium
Evaluation of beneficial microbes for the control of zucchini yellow mosaic virus in cucumber,
2022
Symposium
Chu-Hui Chiang*, Lin, Jia-Xun, Chen, Tai-Yuan, Wu, Xuan-You, Hsu, Hua-Chin, Evaluation of beneficial microorganisms for the induction of defense response and for their resistance to ZYMV diseases,
Symposium
Chu-Hui Chiang*, Liao, Yun-Yin, You, Jia-Chang, The use of potyvirus vector to express astaxanthin synthase gene in plant to evaluate its performance,
Symposium
Chu-Hui Chiang*, , , , Using RNA interference (RNAi) strategy to construct transgenic tobacco containing important whitefly genes to evaluate the feasibility of whitefly control.,
Prize
110 學年度優良導師,
Book
Chu-Hui Chiang*, 農業華語數位教學課程-植物篇,
2021
Prize
109學年度優良導師,
Prize
第十八屆國家新創獎 學研新創獎,
2020
Symposium
Chu-Hui Chiang*, Molecular and biological characterizations of tomato yellow leaf curl Thailand virus.,
Prize
109 教學特優教師,
2019
Symposium
You-Hong Wang, Chiu-Chsiung Cheng*, Chu-Hui Chiang, Yi-Hsien Lin, Chu-Hui Chiang, Selection of Polyethylene Glycol-Tolerant Rice Strains,
Symposium
Chu-Hui Chiang*, Plant viral vector expressed edible vaccine of American cockroach hypoallergen prevents roach-allergic asthma,
Symposium
Chu-Hui Chiang*, Optimizing culture conditions for the antagonistic activities of Myrothecium roridum against Phellinus noxius,
Symposium
Chu-Hui Chiang*, Occurrence of tomato leaf curl disease-associated recombinant begomoviruses in Taiwan,
Symposium
Chu-Hui Chiang*, Molecular characterization of apple fruit crinkle viroid in sweet persimmon in Taiwan,
Symposium
Chu-Hui Chiang*, Identification and molecular characterization of lisianthus enation leaf curl virus from tomato,
Symposium
Chen Fure-Chyi, Chu-Hui Chiang*, Simultaneous detection of orchid viruses by multiplex reverse transcription – polymerase chain reaction,
2018
Symposium
Chu-Hui Chiang*, Effect of carbon sources on the production of metabolites against Phellinus noxius by Myrothecium roridum and identification of its antifungal compounds.,