熊劲松

Associate Professor Supervisor of Master's Candidates

Origin and evolution of signaling pathways responsible for ascorbic acid synthesis and catabolism during plant terrestrialization.

Release time:2025-12-28Hits:

Impact Factor:

9.1
Impact Factor:

9.1
Affiliation of Author(s):

园艺学院
Affiliation of Author(s):

园艺学院
Journal:

Horticulture research
Journal:

Horticulture research
Co-author:

Su Li-Yao, Liu Zheng-Tai, Chen Pei-Yan, Wang Xi-Liang, Liu Hui, Xiong Jin-Song, Xiong Ai-Sheng
Co-author:

Su Li-Yao, Liu Zheng-Tai, Chen Pei-Yan, Wang Xi-Liang, Liu Hui, Xiong Jin-Song, Xiong Ai-Sheng
Document Code:

2c9e868c9b107424019b1cc82a833e68
Document Code:

2c9e868c9b107424019b1cc82a833e68
Volume:

12
Volume:

12
Issue:

10
Issue:

10
Page Number:

uhaf184-uhaf184
Page Number:

uhaf184-uhaf184
Translation or Not:

no
Translation or Not:

no
Date of Publication:

2025-10-01
Date of Publication:

2025-10-01