第一作者论文

1. Su Q^#, Zhuang D-H^#, Li Y-C^#, Chen Y^#, X-Y Wang^#, Ge M-X, Xue T-Y, Zhang Q-Y, Liu X-Y, Yin F-Q,

Han Y-M, Gao Z-L, Zhao L, Yang L-Q, Xia T-R, Luo Y-J*, Zhang Z*, Kong Q-P* (2024) Gut microbiota

contributes to high-altitude hypoxia acclimatization of human populations. Genome Biology 25:232.

2. Su Q^#, Li Y-C^#, Zhuang D-H^#, Liu X-Y^#, Gao H, Xue T-Y, Li D, Chen Y, Ge M-X, Han Y-M, Gao Z-L, Yin F-Q, Zhao L, Yang L-Q, Luo Y-J*, Zhang Z*, Kong Q-P* (2024) Rewiring of uric acid metabolism in the intestine promotes high-altitude hypoxia adaptation in humans. Molecular Biology and Evolution 41:msae233.

3. Su Q^#, Yao Y-F^#, Zhao Q, Li D-Y, Xie M, Wu J-Y, Wen A-X, Wang Q, Zhu G-X, Ni Q-Y, Zhang M-W, Xu H-L* (2019) Genetic diversity and phylogenetic analyses of 11 cohorts of captive rhesus macaques from Chinese zoos. PeerJ 7:e6957.

共同作者论文：

1.Yao H^#, Su Q^#, Dai Q, Li L-C, Li D* (2025) Thallium exposure disturbs gut microbiota composition, metabolic function, and host gut energy metabolism in aged mice. Food and Chemical Toxicology 207:115793.

2.Wang H-T^#, Xiao F-H*, Zhao L, Su Q, Xia T-R, Yang L-Q, Ma S-Y, Kong Q-P* (2025) Personalized transcriptional network analysis links age-related loss of gene coordination to individual biological aging. Genome Medicine 17:104.

3.Gao H, Zhuang D-H, Zhou H, Su Q, Hu X-T, Wang Y*, Bao W-D*, Zhu L* (2025) A comprehensive analysis of human gut microbial biosynthesis gene clusters unveiling the dominant role of Paenibacillus. mSystems 10:e0061025.

4.Zhao Q, Hao D-D, Wang S-Y, Chen S-Y, Zhou C-H, Fan C, Su Q, Huang W-T, Liu J-X, Kong Q-Q, Wu Y-H, He Z* (2025) Exposure to high altitude leads to disturbances in host metabolic homeostasis: study of the effects of hypoxia-reoxygenation and the associations between the microbiome and metabolome. mSystems 10:e01347-24.

5.Li D^#, Li L-C^#, Yao H, Su Q, Ye J-S* (2023) Thallium exposure induces changes in B and T cell generation in mice. Toxicology 492:153532.