Yan Men, Xu-Ke Han, Xiu-Mei Huang, Xiao-Yan Zhang, Pengchao Wei, Zhongren Yang, Fenglan Zhang (2026). Optimization of the extraction process and in vitro antioxidant capacity analysis of selenium-containing proteins from Cynanchum thesioides. PeerJ.DOI
Xudong Lu, Zhongren Yang, Fenglan Zhang, Xiaoyan Zhang, Dong Zhang, Xiumei Huang, Chun Yin (2026). Changes in rhizosphere microbial community of potato under farmland with different cultivation years in alpine-cold regions. PeerJ.DOI
Xiaoyan Zhang, Xiaoyao Chang, Dong Zhang, YJ Li, Zhenfan Wang, Z L Yang, Fenglan Zhang (2026). The genome of Cynanchum thesioides (Freyn) K. Schum provides insights into its systematics and candidate genes potentially associated with drought tolerance as a xerophyte. BMC Plant Biology.DOI
Tong Zhang, Dong Zhang, 冯荣洁, Zhenyu Cao, Fenglan Zhang, Zhongren Yang (2026). Box-Behnken design-effect surface optimization for the preparation of Allium mongolicum regel flower sauce. Applied Food Research.DOI
Xiaoyao Chang, Xiaoyan Zhang, Xiumei Huang, Zhongren Yang, Guihua Chen, Fenglan Zhang (2026). A nonspecific lipid transfer protein, CtnsLTP18, mediates drought stress resistance in Cynanchum thesioides. Plant Cell Reports.DOI
Yan Men, Hongtao Yu, Xiumei Huang, Xiaoyan Zhang, Zhongren Yang, Fenglan Zhang (2026). Integrated multi-omics analysis reveals how PdMYB44 enhances drought tolerance in Pugionium dolabratum by activating the ascorbate–glutathione cycle. Annals of Botany.DOI
Xiaoyao Chang, Xiaoyan Zhang, Fenglan Zhang, Xiumei Huang, Zhongren Yang (2026). CtSnRK2.6 from Cynanchum thesioides confers drought stress resistance in plants. Plant Cell Reports.DOI
Kezhen Ning, Xiumei Huang, Yang Zhongren, Fenglan Zhang, Xiaoyan Zhang, Dong Zhang, Lizhen Hao (2026). Effects of Growth Stages of Pugionium Gaertn. on Soil Microbial Biomass C:N:P Stoichiometric Ratios and Homeostasis in Northwestern China’s Desert Regions. Biology.DOI
Yan Men, Pengchao Wei, Zhenyu Cao, Lu Yang, Jianting Wei, Dong Zhang, Xiaoyan Zhang, Fenglan Zhang, Zhongren Yang (2025). A transcriptome‐based study using PEG‐induced drought simulation in Allium mongolicum seeds. Grassland Science.DOI
Xiaoyao Chang, Xiaoyan Zhang, Xiumei Huang, Fenglan Zhang, Zhongren Yang (2025). Functional characterization of CtWRKY70 transcription factor from Cynanchum thesioides in salt and drought stress resistance. Journal of Plant Physiology.DOI
Xiaoyao Chang, Xiaoyan Zhang, Xiumei Huang, Fenglan Zhang, Zhongren Yang (2025). CtWRKY41 Transcription Factor from Cynanchum thesioides Mediates Salt Stress Resistance and Controls Flowering Time. Plants.DOI
Yan Men, Pengchao Wei, Fenglan Zhang, Xiumei Huang, Dong Zhang, Rongji Feng, Xueqin He, Zhongren Yang (2025). Spermidine improves seed viability in Allium mongolicum by regulating AmCS-mediated metabolic and antioxidant networks. Frontiers in Plant Science.DOI
Zhenyu Cao, Pengchao Wei, Fenglan Zhang, Xiaoyan Zhang, Zhongren Yang (2025). Physiological and Biochemical Responses of Allium mongolicum Regel Seeds to Drying Treatments at Various Temperatures. Horticultural Science and Technology.DOI
Zhenyu Cao, Fenglan Zhang, Dong Zhang, Xiaoyan Zhang, Zhongren Yang (2025). Unraveling the role of lignin biosynthesis in combined saline-alkali stress tolerance in Allium mongolicum through omics approaches. International Journal of Biological Macromolecules.DOI
Yan Men, Pengchao Wei, Xiumei Huang, Lu Yang, Zhenyu Cao, Jianting Wei, Xiaoyan Zhang, Fenglan Zhang, Zhongren Yang (2025). Proteomic and transcriptomic analysis of the action mechanism of spermidine in mitigating the aging of Allium mongolicum seeds. Scientific Reports.DOI
Xiaoyao Chang, Zhongren Yang, Xiaoyan Zhang, Fenglan Zhang, Xiumei Huang, Han Xu (2022). Transcriptome-wide identification of WRKY transcription factors and their expression profiles under different stress in Cynanchum thesioides. PeerJ.DOI
Xiaoyan Zhang, Kezhen Ning, Zhongren Yang, Xiumei Huang, Hongtao Yu, Nana Fu, Xinyuan Qin, Lizhen Hao, Fenglan Zhang (2022). Responses of transcriptome and metabolome in the roots of Pugionium cornutum (L.) Gaertn to exogenously applied phthalic acid. BMC Plant Biology.DOI
Dong Zhang, Zhongren Yang, Xiaoqing Song, Fenglan Zhang, Yan Liu (2022). TMT-based proteomic analysis of liquorice root in response to drought stress. BMC Genomics.DOI
Zhongren Yang, Xiaoyan Zhang, Fenglan Zhang, Lizhen Hao, Jie Pang (2021). De novo transcriptome analyses reveal multiple metabolic pathways for L-ascorbic acid biosynthesis under drought stress in Pugionium cornutum (L.) Gaertn. Journal of Plant Biochemistry and Biotechnology.DOI
Xiaoyan Zhang, Fenglan Zhang, Zhi Li, Zhongren Yang, Lizhen Hao, Hongyu Zhao (2021). Comparative Transcriptome Analysis of Cynanchum thesioides Under Drought Stress Reveals Candidate Genes Involved in Succinic Acid Biosynthesis. Journal of Plant Biology.DOI
Xiaoyan Zhang, Zhongren Yang, Zhi Li, Fenglan Zhang, Lizhen Hao (2020). Effects of drought stress on physiology and antioxidative activity in two varieties of Cynanchum thesioides. Revista Brasileira de Botânica.DOI
Xiaoyan Zhang, Zhongren Yang, Zhi Li, Fenglan Zhang, Lizhen Hao (2019). De novo transcriptome assembly and co-expression network analysis of Cynanchum thesioides: Identification of genes involved in resistance to drought stress. Gene.DOI
Zhongren Yang, Jia Jin, Hao Li-zhen, Weihua Zhang, Fenglan Zhang (2013). Anatomical structure features of Pugionium cornutum seeds in germination process. Guizhou nongye kexue.
Fenglan Zhang (2013). Inhibitory Activity of Seedcase and Seed Endogenous Inhibitor on Rare and Endangered Species Pugionium dolabratum Maxim. Modern Agricultural Science and Technology.
Fenglan Zhang (2013). Effects of Ultra-Dry Treatment on Vigor and Antioxidative Metabolism of Pugionium Seeds. Zhongguo nongye Kexue.
Fenglan Zhang (2010). RESPONSES OF THREE CHYMISTRY TREATMENTS TO THE SEED GERMINATION OF Allium mongolicum REGEL. Journal of Inner Mongolia Agricultural University.
Xiaoqing Song, Dong Zhang, Fenglan Zhang, Xiaoyan Zhang, Jiecai Liu, Zhongren Yang (2022). TMT-based proteomic analysis of the causes of reduced seed viability in Allium mongolicum under accelerated aging. Research Square.DOI