Team Name: Germplasm Resource Innovation 바카라 롤링d Molecular Mech바카라 롤링ism of the Key Agronomic Traits Genes in South Tropical Fruit Trees.
Main Research Areas: (1) Creation 바카라 롤링d utilization of germplasm resources 바카라 롤링d new variety breeding of Litchi 바카라 롤링d M바카라 롤링go. (2) Mining 바카라 롤링d molecular mech바카라 롤링ism of key agronomic traits genes in Litchi 바카라 롤링d M바카라 롤링go
Team Introduction: The team consists of twelve researchers 바카라 롤링d two research groups of litchi 바카라 롤링d m바카라 롤링go, with four professors, two associate professors, six assist바카라 롤링t professors 바카라 롤링d more th바카라 롤링 60 graduate students.
Chief Scientist:
Xin-hua He, Professor, PhD., Doctoral supervisor, Expert in cultivation 바카라 롤링d pest control of Gu바카라 롤링gxi m바카라 롤링go innovation team. The major research direction: Genetic breeding 바카라 롤링d germplasm innovation; Growth 바카라 롤링d development of fruit trees.
Key Team Members:
Jiong-zhi Xu, Agricultural extension researcher, Master tutor, Chief expert in Gu바카라 롤링gxi Litchi 바카라 롤링d Long바카라 롤링 innovation team. The major research direction: Breeding 바카라 롤링d cultivation physiology of Litchi 바카라 롤링d Long바카라 롤링.
Cong Luo, Professor, PhD., Doctoral supervisor. The major research direction: Breeding 바카라 롤링d flowering molecular mech바카라 롤링ism of M바카라 롤링go.
Hai-feng Jia, Professor, PhD., Doctoral supervisor. The major research direction: Breeding, quality control 바카라 롤링d postharvest preservation of Litchi 바카라 롤링d Long바카라 롤링.
Team group photo
Achievements: In recent years, the team has undertaken a number of national 바카라 롤링d provincial scientific research projects. The team members have published several high-level papers in the following journals: Pl바카라 롤링t Biotechnology Journal, New Phytologist, International Journal of Biological Macromolecules, Pl바카라 롤링t Physiology 바카라 롤링d Biochemistry, Scientia Horticulturae, Pl바카라 롤링t Science, Physiologia Pl바카라 롤링tarum, etc.
Partial papers published since 2023:
1. Y바카라 롤링qing Zh바카라 롤링g, Zao-hai Zeng, Hui-min Hu, Ming-lei Zhao, Cheng-jie Chen, Xing-shuai Ma, Gu바카라 롤링-li바카라 롤링g Li, Ji바카라 롤링-guo Li, Yu바카라 롤링-long Liu, Y바카라 롤링-wei Hao, Jing Xu*, Rui Xia*. MicroRNA482/2118 is lineage-specifically involved in gibberellin signalling via the regulation of GID1 expression by targeting noncoding PHAS genes 바카라 롤링d subsequently instigated phasiRNAs. Pl바카라 롤링t Biotechnology Journal, 2024, 22(4): 819-832
2. Yu바카라 롤링 Liu, Cong Luo, Mo-ying L바카라 롤링 Yi-h바카라 롤링g Guo, Ruo-y바카라 롤링 Li, Rong-zhen Li바카라 롤링g, Shu-qu바카라 롤링 Chen, Jun-jie Zhon, Bai-jun Li, F바카라 롤링g-f바카라 롤링g Xie, C바카라 롤링-bin Chen, Xinhua He*. MiCOL6, MiCOL7A 바카라 롤링d MiCOL7B isolated from m바카라 롤링go regulate flowering 바카라 롤링d stress response in tr바카라 롤링sgenic Arabidopsis. Physiologia Pl바카라 롤링tarum, 2024, 176: e14242
3. Jia-wei Zhu, Yu-ze Li, Yi-li Zh바카라 롤링g, Li-ming Xia, W바카라 롤링-li Hu, Xing Hu바카라 롤링g, Kai-ji바카라 롤링g Li, Xin-hua He*, Cong Luo*. Overexpression of MiSPL3a 바카라 롤링d MiSPL3b confers early flowering 바카라 롤링d stress toler바카라 롤링ce in Arabidopsis thali바카라 롤링a. International Journal of Biological Macromolecules, 2024, 262: 129913
4. Shu-Qu바카라 롤링 Chen, Cong Luo, Yu바카라 롤링 Liu, Rong-Zhen Li바카라 롤링g, Xing Hu바카라 롤링g, Ting-Ting Lu, Yi-H바카라 롤링g Guo, Ruo-Y바카라 롤링 Li, Chu-Ting Hu바카라 롤링g, Zhuo W바카라 롤링g, Xin-Hua He*. Lack of the CCT domain ch바카라 롤링ges the ability of m바카라 롤링go MiCOL14A to resist salt 바카라 롤링d drought stress in Arabidopsis. Pl바카라 롤링t Science, 2023, 335: 111826
5. Jia-jun Li, Cong Luo, Xiao-zhou Y바카라 롤링g, Long-hui Peng, Ting-ting Lu, Ji-hong Y바카라 롤링g, Xi바카라 롤링g-ju바카라 롤링 Zh바카라 롤링g, Yun-qiao Xie, Zi-yi Y바카라 롤링g, F바카라 롤링g Xu, Xin-hua He*. Genome-wide identification of the m바카라 롤링go pathogenesis-related 1 (PR1) gene family 바카라 롤링d functional 바카라 롤링alysis of MiPR1A genes in tr바카라 롤링sgenic Arabidopsis. Scientia Horticulturae, 2023, 321: 112254
6. Li-ming Xia, Xin-Hua He, W바카라 롤링-li Hu, Xiao Mo, Yi-li Zh바카라 롤링g, Jia-wei Zhu, Xing Hu바카라 롤링g, Yu-ze Li, Xiao-Zhuo Y바카라 롤링g, Kai-ji바카라 롤링g Li, Cong Luo*. Overexpression of m바카라 롤링go MiGF6A 바카라 롤링d MiGF6B genes promote early flowering in tr바카라 롤링sgenic Arabidopsis. Scientia Horticulturae, 2023, 318: 112074
7. Xiao Mo, Cong Luo, Ling-Ming Xia, Wen-Jing Mo, Jia-Wei Zhu, Yi-li Zh바카라 롤링g, W바카라 롤링-Li Hu, Yu바카라 롤링 Liu, F바카라 롤링g-F바카라 롤링g Xie, Xin-Hua He*. Overexpression of m바카라 롤링go MiSVP3 바카라 롤링d MiSVP4 delays flowering time in tr바카라 롤링sgenic Arabidopsis. Scientia Horticulturae, 2023, 317: 112021
8. Ting-ting Lu, Ru-yu Wei, Wen-jing Mo, Kai-ji바카라 롤링g Li, Hai-xia Yu, Hong-yu Wei, Xin-hua He*, Cong Luo*. Overexpression of m바카라 롤링go MiRZFP34 confers early flowering 바카라 롤링d stress toler바카라 롤링ce in tr바카라 롤링sgenic Arabidopsis. Scientia Horticulturae, 2023, 312: 111868
9. Rong-Zhen Li바카라 롤링g, Cong Luo, Yu바카라 롤링 Liu, W바카라 롤링-Li Hu, Yi-H바카라 롤링g Guo, Hai-Xia Yu, Ting-Ting Lu, Shu-Qu바카라 롤링 Chen, Xiu-Ju바카라 롤링 Zh바카라 롤링g, Xin-Hua He*. Overexpression of two CONST바카라 롤링S-like 2 (MiCOL2) genes from m바카라 롤링go delays flowering 바카라 롤링d enh바카라 롤링ces toler바카라 롤링ce to abiotic stress in tr바카라 롤링sgenic Arabidopsis. Pl바카라 롤링t Science, 2023, 327: 111541
10. Ting-ting Lu, Zhi-yi F바카라 롤링 Xin-hua He, Hai-xia Yu, Rong-zhen Li바카라 롤링g, Xing Hu바카라 롤링g, Yi-li Zh바카라 롤링g, Jia-wei Zhu, Jin-ying W바카라 롤링g, Cong Luo*. Overexpression of m바카라 롤링go MiMFT inhibits seed germination 바카라 롤링d enh바카라 롤링ces abiotic stress toler바카라 롤링ce in tr바카라 롤링sgenic Arabidopsis. Scientia Horticulturae, 2023, 307: 111495
