魏洪彬，副教授，硕士研究生导师
2017年获德国海德堡大学博士学位，曾工作于华南农业老员工命科学学院，2021年入职DB电竞官网。主要从事树木分子物候与木材发育的环境调控机制研究，聚焦解析光周期、遮荫和温度信号调控杨树维管形成层活性与木材形成的分子调控网络。2025年入选“新重庆青年创新人才”。已主持国家自然科学基金青年和面上项目、国家重点研发计划子课题等项目。以第一作者（含共同）和通讯作者（含共同）身份在国际主流期刊Current Biology、Cell Reports、The Plant Cell、New Phytologist、Plant Communications等发表论文18篇。
研究方向
以杨树为模式树种，研究环境如何调控树木的分子物候与木材发育：
（1）环境信号如何影响木材形成：解析光周期、遮荫和温度等信号调控维管发育及次生壁合成的分子机制。
（2）季节性生长的调控网络：解析芽生长停止与休眠的调控机制，以及木材随季节变化的形成规律（晚材形成的调控网络）。
学习经历
2013.10 ~ 2017.04博士，德国海德堡大学，导师：Thomas Rausch教授
2011.10 ~ 2013.11硕士，德国霍恩海姆大学(获德国DAAD全额奖学金资助)
2007.09 ~ 2011.07本科，东北师范大学
工作经历
2021.05~至今 DB电竞官网，副教授，合作导师罗克明教授
2017.10~2021.04华南农业老员工命科学学院，副教授，合作导师王海洋教授
联系方式
邮箱：hongbinwei@swu.edu.cn
手机号：13802935210
欢迎对树木环境适应与物候调控研究感兴趣的本科生和研究生联系。
硕士研究生招生专业：植物学、分子生物学与生物化学、遗传学。
主持项目情况
1.重庆市新重庆青年创新人才项目,气候因子调控树木生长与木材发育的分子机制解析，30万，2025.11.01-2028.10.31，主持
2.国家自然科学基金面上项目，杨树生物钟ELF3-LUX复合体协同调控芽和木质部物候的分子机制，50万，2026.01-2029.12，主持
3.国家自然科学基金面上项目，杨树SPL转录因子介导林分密度调控维管形成层活性的机理研究，50万，2024.01-2027.12，主持
4.国家重点研发计划子课题，长江上游重要植物种质创制关键共性技术研发，80万，2022.12-2027.11，主持
5.国家自然科学基金青年项目，杨树光敏色素互作因子PIFs调控次生壁合成的机理研究，30万，2022.01-2024.12，主持
6.重庆市自然科学基金面上联合项目,光敏色素互作因子PIFs调控杨树维管形成层活动周期的研究, 2021.10-2024.09, 10万元,主持
论文发表进展
第一（共同第一）作者；通讯（共同通讯）作者
1.Liu, H.#, Sun, F.#, Li, C.#, Li, J., Yang, M., Tang, H., Hu, B.,Wei, H.*, Luo, K.*(2026). Targeting LUX1 to Enhance Wood Biomass Production by Delaying Seasonal Growth Cessation inPopulusTrees.Plant, cell & environment, 10.1111/pce.70576.
2.Liu, H.#, Li, J.#, Sun, F., Mo, J., Gao, Y., Shen, J., Shi, W., Zhang, C., Luo, K.*,Wei, H.*(2026). An Antagonistic Loop between the Evening Complex and GI-FKF1 Shapes Photoperiodic Growth inPopulus.Cell Reports. (accepted, in press).
3.Wei H.#, Xiao X.#, Deng J.#, Li Y., Luo M., Zhang C., Li J., Xu J., Luo K.*(2025). A miR156-SPL module controls shade-induced inhibition of vascular cambium activity through cytokinin pathway in poplar.Cell Reports. 44(7),115963.
4.Xiao X.#, Cheng H.#, Mo J.#, Sun F, Song Q, Zhang C, Yang P, Luo K.*,Wei H.*(2025) PHYTOCHROME-INTERACTING FACTOR3 (PIF3) Orthologs Orchestrate Stem Elongation and Wood Formation inPopulus.Journal of Genetics and Genomics. 53(3):389-400.
5.Wei H.#, Sun F.#, Mo J., Hu B., Luo K. (2024). Overexpression ofCRYPTOCHROME 2Enhances Shoot Growth and Wood Formation in Poplar under Growth-restrictive Short Days.Journal of Genetics and Genomics. 51(11), 1310-1313.
6.Sun F., Cheng H., Song Z., Yan H., Liu H., Xiao X., Zhang Z., Luo M., Wu F., Lu J., Luo K.*,Wei, H.*(2024). Phytochrome-Interacting Factors Play Shared and Distinct roles in Regulating Shade Avoidance Responses inPopulusTrees.Plant, Cell & Environment, 47, 2058–2073.
7.Wei H.#, Luo M.#,Deng J.#, Xiao Y., Yan H., Liu H., Li Y., Song Q., Xiao X., Shen J., Kong H., Sun F., Luo K.*(2024).SPL16 and SPL23 Mediate Photoperiodic Control of Seasonal Growth inPopulustrees.New Phytologist. 241(4), 1646–1661
8.Wei H.#, Song Z.#,Xie Y.#, Cheng H., Yan H., Sun F., Liu H., Shen J., Li L., He X., Wang H.*, Luo K.*(2023).High Temperature Inhibits Vascular Development via the PIF4-miR166-HB15 Module inArabidopsis.Current Biology.33(15):3203-3214.e4.
9.Yang J.#,Wei H.#, Hou M., Chen L., Zou T., Ding H., Jing Y., Zhang X., Zhao Y., Liu Q., Heng Y., Wu H., Wang B., Kong D.*, Wang H.*(2023). ZmSPL13 and ZmSPL29 Act Together to Promote Vegetative and Reproductive Transition in Maize.New Phytologist.239(4):1505-1520 .
10.Kong D.#, Li C.#, Xue W.#,Wei H.#, Ding H., Hu G., Zhang X., Zhang G., Zou T., Xian Y., Wang B., Zhao Y., Liu Y., Xie Y., Xu M., Wu H., Liu Q.,*Wang H.*(2023). UB2/UB3/TSH4-Anchored Transcriptional Networks Regulate Early Maize Inflorescence Development in Response to Simulated Shade.The Plant Cell. 35(2): 717-737.
11.Wei H.*, Jing Y., Zhang L., Kong D. (2021).Phytohormones and Their Crosstalk in Regulating Stomatal Development and Patterning.Journal of Experimental Botany. 72(7):2356-2370.
12.Yang J., Li C., Kong D., Guo F.,Wei H.*(2020).Light Signaling and Guard Cell Metabolism Coordinate Stomatal Opening and Closure.Frontiers in Plant Science.11:601478.
13.Kong D.#, Pan X.#, Jing Y.#, Zhao Y., Yang J., Wang B., Liu Y., Shen R., Cao Y., Wu H.,Wei H.*, Wang H.*(2021).ZmSPL10/14/26 Are Required for Epidermal Hair Cell Fate Specification on Maize Leaf.New Phytologist. 230(4):1533-1549.
14.Wei H., Kong D., Yang J., Wang H.*(2020).Light Regulation of Stomata Development and Patterning: Shifting the Paradigm fromArabidopsisto Grasses.Plant Communications.1, 100030.
15.Wei H.#,Zhao Y.#, Xie Y., Wang H.*(2018).ExploitingSPLGenes to Improve Maize Plant Architecture Tailored for High-Dnsity Planting.Journal of Experimental Botany69, 4675–4688.
16.Wei H., Bausewein A., Greiner S., Dauchot N., Harms K., and Rausch T*. (2017).CiMYB17, A Stress-Induced Chicory R2R3-MYB Transcription Factor, Activates Promoters of Genes Involved in Fructan Synthesis and Degradation.New Phytologist.215: 281–298.
17.Wei H., Zhao H., Su T., Bausewein A., Greiner S., Harms K. Rausch T*.(2017). Chicory CiMYB3 and CiMYB5 Regulate Fructan 1-Exohydrolase Expression in Response to Abiotic Stress and Hormonal Cues.Journal of Experimental Botany. 68 (15): 4323-4338.
18.Wei H., Bausewein A., Steininger H., Su T., Zhao H., Harms K., Greiner S., Rausch T*.(2016). Linking Expression of Fructan Active Enzymes, Cell Wall Invertases and Sucrose Transporters with Fructan Profiles in Growing Taproot of Chicory (Cichorium intybus): Impact of Hormonal and Environmental Cues.Frontiers in Plant Science.7: 1806.
参与合作的论文
1.Wang B.#, Hou M.#, Shi J.#, Ku L.#, Song W.#, Li C.#, Ning Q., Li X., Li C., Zhao B., Zhang R., Xu H., Bai Z., Xia Z., Wang H., Kong D.,Wei H., Jing Y., Dai Z., Wang H.H., Zhu X., Li C., Sun X., Wang S., Yao W., Hou G., Qi Z., Dai H., Li X., Zheng H., Zhang Z., Li Y., Wang T., Jiang T., Wan Z., Chen Y.*, Zhao J.*, Lai J.*, Wang, H.* (2023). De NovoGenome Assembly and Analyses of Twelve Founder Inbred Lines Provide Insights into Maize Heterotic Groups and Heterosis.Nature Genetics55(2):312-323.
2.Kong L, Song Q,Wei H,Wang Y, Lin M, Sun K, Zhang Y, Yang J, Li C, Luo K. (2023). The AP2/ERF transcription factor PtoERF15 confers drought tolerance via JA-mediated signaling inPopulus.New Phytologist, 10.1111/nph.19251
3.Hu J., Su H., Cao H.,Wei H., Fu X., Jiang X., Song Q., He X., Xu C.*, and Luo K.*(2022). AUXIN RESPONSE FACTOR7 Integrates Gibberellin and Auxin Signaling via Interactions between DELLA and AUX/IAA Proteins to Regulate Cambial Activity in Poplar.The Plant Cell,34(7), 2688–2707.
4.Wang B.#, Lin Z.#, Li X.#, Zhao Y., Zhao B., Wu G., Ma X., Wang H., Xie Y., Li Q., Song G., Kong D., Zheng Z.,Wei H., Shen R., Wu H., Chen C., Meng Z., Wang T., Li Y., Li X., Chen Y., Lai J., Hufford M., Ross-Ibarra J., He H.*, Wang H.*(2020).Genome-wide Selection and Genetic Improvement During Modern Maize Breeding.Nature Genetics, 52(6), 565-571.
5.Li Q.#, Wu G.#, Zhao Y., Wang B., Zhao B., Kong D.,Wei H., Chen C.*, Wang H.*(2020).CRISPR/Cas9-Mediated Knockout and Overexpression Studies Reveal a Role of Maize Phytochrome C in Regulating Flowering Time and Plant Height.Plant Biotechnology Journal.18(12):2520-2532.
6.Xie Y., Liu Y., Ma M., Zhou Q., Zhao Y., Zhao B., Wang B.,Wei H., Wang H.*(2020) Arabidopsis FHY3 and FAR1 integrate light and strigolactone signaling to regulate branching.Nature Communications.11(1):1955.
7.Liu Y., Ma M., Li G., Yuan L., Xie Y.,Wei H., Ma X., Li Q., Devlin P., Xu X., Wang H.*(2020) Arabidopsis FHY3 and FAR1 Are Required for Light Induction and Amplitude of CCA1 Expression.ThePlant Cell,32(5):1464-1478.
8.Liu Y.,Wei H., Ma M., Li Q., Kong D., Sun J., Ma X., Wang B., Chen C., Xie Y., Wang H.*(2019).Arabidopsis FHY3 and FAR1 Regulate the Balance between Growth and Defense Responses under Shade Conditions (2019)The Plant Cell, 31: 2089–2106.
9.Tang X., Su T.*, Han M., Wei L., Wang W., Yu Z., Xue Y.,Wei H., Du Y., Greiner S., Rausch T., Liu L. (2017).Suppression of Extracellular Invertase Inhibitor Gene Expression Improves Seed Weight inGlycine Max.Journal of Experimental Botany. 68 (3): 469-482.
10.Su T., Wolf S., Han M., Zhao Z.,Wei H., Greiner S., Rausch T.*(2016).Reassessment of anArabidopsisCell Wall Invertase Inhibitor AtCIF1 Reveals Its Role in Seed Germination and Early Seedling Growth.Plant Molecular Biology. 90 (1):137-155.
11.Zhao H., Su T., Huo L.,Wei H., Jiang Y., Xu L. Ma F.*(2015).Unveiling the Mechanism of Melatonin Impacts on Maize Seedlings Growth: Sugar Metabolism as a Case.Journal of Pineal Research. 59 (2):255-266.
