Izone Education. Back in 2022, during his postdoctoral work in the friml group, qi was the first to show that tir1/afb receptors can produce camp by converting atp, influencing root growth and how roots respond to gravity. From institute of genetics and developmental biology, chinese academy of sciences in 2015.
Back in 2022, during his postdoctoral work in the friml group, qi was the first to show that tir1/afb receptors can produce camp by converting atp, influencing root growth and how roots respond to gravity. Updated monthly, the nature index presents research outputs by institution and country. Abstract the phytohormone auxin (aux) is a principal endogenous developmental signal in plants.
Nucleotidyl Cyclase Activities Of Tir1/Afb Auxin Receptors:
Use the nature index to interrogate publication patterns and to benchmark research performance. From institute of genetics and developmental biology, chinese academy of sciences in 2015. Linlin qi is a professor at shenzhen institute of advanced technology (siat), chinese academy of sciences.
Abstract The Phytohormone Auxin (Aux) Is A Principal Endogenous Developmental Signal In Plants.
为探究生长素信号通路，研究人员对 tir1 进行研究，发现 tir1 产生的 camp 是转录重编程必需的第二信使，改写了经典模型。 植物生长素（auxin）作为植物生长发育的 “指挥家”，在植物从胚胎发育到繁殖的整个生命周期中，发挥着至关重要的作用。 它就像一把神奇的钥匙，几乎参与调控了植物生命的方方面面，从种子发芽时根的生长方向，到幼苗期茎的伸长、叶. Updated monthly, the nature index presents research outputs by institution and country. New insights into the mechanism of auxin signaling.
Back In 2022, During His Postdoctoral Work In The Friml Group, Qi Was The First To Show That Tir1/Afb Receptors Can Produce Camp By Converting Atp, Influencing Root Growth And How Roots Respond To Gravity.
Nucleotidyl Cyclase Activities Of Tir1/Afb Auxin Receptors:
为探究生长素信号通路，研究人员对 tir1 进行研究，发现 tir1 产生的 camp 是转录重编程必需的第二信使，改写了经典模型。 植物生长素（auxin）作为植物生长发育的 “指挥家”，在植物从胚胎发育到繁殖的整个生命周期中，发挥着至关重要的作用。 它就像一把神奇的钥匙，几乎参与调控了植物生命的方方面面，从种子发芽时根的生长方向，到幼苗期茎的伸长、叶. Camp produced by the tir1/afb receptors of the main endogenous developmental plant hormone auxin acts as a true second messenger, revising the established paradigm of transcriptional. New insights into the mechanism of auxin signaling.
Cryptic Enzymes And Moonlighting, Edited By Helen Irving, Christoph Gehring And.
Updated monthly, the nature index presents research outputs by institution and country. By huihuang chen, linlin qi, minxia zou, mengting lu, mateusz kwiatkowski, yuanrong pei, krzysztof jaworski and jiří friml; Abstract the phytohormone auxin (aux) is a principal endogenous developmental signal in plants.
Back in 2022, during his postdoctoral work in the friml group, qi was the first to show that tir1/afb receptors can produce camp by converting atp, influencing root growth and how roots respond to gravity. Use the nature index to interrogate publication patterns and to benchmark research performance. Linlin qi is a professor at shenzhen institute of advanced technology (siat), chinese academy of sciences.
From Institute Of Genetics And Developmental Biology, Chinese Academy Of Sciences In 2015.
