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- 红螯螯虾(Cherax quadricarinatus)的基因组组装提供了对其免疫适应和缺氧耐受性的见解。, Z Liu, J Zheng, H Li, K Fang, S Wang, J He, D Zhou, S Weng, M Chi, Z Gu, 2024
- STING的核酸感应在海洋无脊椎动物中诱导类似IFN的抗病毒反应。, H Li, X Di, S Wang, Q Li, S Weng, J He, C Li, 2024
- 氨氮应激通过阻断IL-1R-Relish轴介导的抗菌肽表达增加对细菌感染的易感性。, H Li, Q Li, S Wang, J He, C Li, 2023
- 对虾Litopenaeus vannamei的MIP-T3通过调节NF-κB激活限制白斑综合征病毒感染。, H Li, Q Li, S Wang, J He, C Li, 2022
- 干扰素基因刺激因子(STING)通过IKKβ介导的Relish激活在对虾中抵御细菌感染。, H Li, Q Li, S Wang, J He, C Li, 2022
- Litopenaeus vannamei中的TNF受体相关因子3通过IRF-Vago抗病毒途径限制白斑综合征病毒感染。, H Li, Q Fu, S Wang, R Chen, X Jiang, P Zhu, J He, C Li, 2020
- RNAi筛选鉴定出一种新的对虾Litopenaeus vannamei的Toll,通过激活Dorsal诱导抗菌肽来限制WSSV感染。, H Li, B Yin, S Wang, Q Fu, B Xiao, K Lǚ, J He, C Li, 2018
- 来自对虾的无脊椎动物STING激活了对细菌感染的先天免疫防御。, H Li, S Wang, K Lǚ, B Yin, B Xiao, S Li, J He, C Li, 2017
- 从Litopenaeus vannamei鉴定出两种p53同工型及其与NF-κB的相互作用以诱导不同的免疫反应。, H Li, S Wang, Y Chen, K Lǚ, B Yin, S Li, J He, C Li, 2017
- 太平洋白虾Litopenaeus vannamei的MKK6对细菌和WSSV感染有反应。, H Li, S Wang, Z Qian, Z Wu, K Lǚ, S Weng, J He, C Li, 2016
- 来自Litopenaeus vannamei的C型凝集素(LvCTL4)是NF-κB信号通路的下游分子,并参与抗菌免疫反应。, H Li, Y Chen, M Li, S Wang, H Zuo, X Xu, S Weng, J He, C Li, 2015
- 肠道细菌群落影响太平洋白虾(Litopenaeus vannamei)的生长。, D Hou, B Yin, S Wang, H Li, S Weng, X Jiang, H Li, C Li, J He, Z Huang, 2024
- 亚硝酸氮应激通过改变宿主-群落相互作用破坏对虾的肠道细菌群落。, D Hou, H Li, S Wang, S Weng, J He, 2024
- 脂多糖激活的Toll在对虾中诱导的信号事件响应细菌感染。, S Wang, H Li, Q Li, B Yin, S Li, J He, C Li, 2023
- 一种AhR-Caspase轴在节肢动物中介导的抗病毒凋亡。, Q Fu, H Li, S Wang, X Liao, S Chen, B Xiao, R Chen, X Jiang, J He, C Li, 2022
- Rap2a受NF-κB负调控并通过wnt通路促进对虾的生长。, S Wang, M He, Q Li, H Li, B Yin, J He, C Li, 2022
- 来自Litopenaeus vannamei的干扰素诱导蛋白6-16(IFI6-16)通过凋亡相关基因调节抗病毒免疫。, K Lǚ, H Li, S Wang, A Li, S Weng, J He, C Li, 2022
- TAK1通过介导MAPK和NF-κB通路的激活在对虾中提供抗菌保护。, S Wang, H Li, R Chen, X Jiang, J He, C Li, 2022
- 苯丙氨酸羟化酶(PAH)在Litopenaeus vannamei中在WSSV和副溶血弧菌感染期间发挥积极作用。, Y Yao, L Shi, W Xiao, S Guo, S Liu, H Li, S Zhang, 2022
- 来自对虾Litopenaeus vannamei的MAPKKK15基因在幼虫发育阶段转录并有助于WSSV致病性。, S Wang, H Li, P Zhu, Q Fu, B Yin, Q Li, R Chen, X Jiang, S Weng, J He, 2021
- 白斑综合征病毒建立了一种新的IE1/JNK/c-Jun正反馈回路以驱动复制。, S Wang, H Li, S Weng, C Li, J He, 2020
- 来自Litopenaeus vannamei的新Crustin的分子克隆、表达、启动子分析和功能表征。, M Li, C Ma, H Li, J Peng, D Zeng, X Chen, C Li, 2018
- 来自Litopenaeus vannamei的MKK4是p38 MAPK激酶的调节因子,并参与抗菌反应。, S Wang, B Yin, H Li, B Xiao, K Lǚ, C Feng, J He, C Li, 2018
- 对虾TAB1与TAK1和p38相互作用并激活宿主对细菌感染的先天免疫反应。, S Wang, M Li, B Yin, H Li, B Xiao, K Lǚ, Z Huang, S Li, J He, C Li, 2017
- 从甲壳类动物中鉴定和功能分析TEP基因揭示其由NF-κB和JNK通路介导的转录调控及其广泛的保护作用。, C Li, H Li, B Xiao, Y Chen, S Wang, K Lǚ, B Yin, S Li, J He, 2017
- 对虾LvSOCS2的敲低,JAK/STAT通路的负反馈调节器,在Litopenaeus vannamei中表现出增强的抗WSSV能力。, S Wang, X Song, Z Zhang, H Li, K Lǚ, B Yin, J He, C Li, 2016
- 太平洋白虾Litopenaeus vannamei的β-连环蛋白同源物的克隆、鉴定和功能分析。, S Zhang, L Shi, K Lǚ, H Li, S Wang, J He, C Li, 2016
- 从Litopenaeus vannamei鉴定和表征转化生长因子β激活激酶1,参与抗菌宿主防御。, S Wang, H Li, K Lǚ, Z Qian, S Weng, J He, C Li, 2016
- 从Litopenaeus vannamei鉴定和表征MKK7作为JNK的上游激活因子。, S Wang, Z Qian, H Li, K Lǚ, X Xu, S Weng, J He, C Li, 2016
- 干扰素调节因子(IRF)激活Vago,表明对虾中存在类似干扰素系统的抗病毒机制。, C Li, H Li, Y Chen, Y Chen, S Wang, SP Weng, X Xu, J He, 2015
- 从Litopenaeus vannamei鉴定和功能表征TAB2基因。, S Wang, H Li, Z Qian, X Song, Z Zhang, H Zuo, X Xu, S Weng, J He, C Li, 2015
- 来自Litopenaeus vannamei的c-Fos和c-Jun在副溶血弧菌和白斑综合征病毒感染中发挥相反作用。, C Li, H Li, S Wang, X Song, Z Zhang, Z Qian, H Zuo, X Xu, S Weng, J He, 2015
- 来自太平洋白虾Litopenaeus vannamei的Daxx参与NF-κB通路的激活。, M Yan, J Tang, Q Liang, G Zhu, H Li, C Li, S Weng, J He, X Xu, 2015
- 来自Litopenaeus vannamei的JAK/STAT信号通路中的Janus激酶参与抗病毒免疫反应。, X Song, Z Zhang, S Wang, H Li, H Zuo, X Xu, S Weng, J He, C Li, 2015
- 从太平洋白虾Litopenaeus vannamei鉴定JAK/STAT通路受体domeless。, M Yan, C Li, Z Su, Q Liang, H Li, S Liang, S Weng, J He, X Xu, 2015
- 从Litopenaeus vannamei鉴定和功能分析Hemolin样蛋白。, H Zuo, H Li, E Wei, Z Su, J Zheng, C Li, Y Chen, S Weng, J He, X Xu, 2015
- 从太平洋白虾Litopenaeus vannamei鉴定出具有抗病毒和抗菌活性的C型凝集素。, M Li, C Li, C Ma, H Li, H Zuo, S Weng, X Chen, D Zeng, J He, X Xu, 2014
- 来自太平洋白虾Litopenaeus vannamei的Pellino蛋白正调控NF-κB激活。, C Li, J Chai, H Li, H Zuo, S Wang, W Qiu, S Weng, J He, X Xu, 2014
- Litopenaeus vannamei中Tube同工型的存在表明无脊椎动物NF-κB通路中信号转导的多种调控模式。, C Li, Y Chen, S Weng, S Li, H Zuo, X Yu, H Li, J He, X Xu, 2014
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