Atarf5
WebJul 1, 2024 · A 7.5 μg aliquot of either p35S::GAL4DB-AtARF5 (positive control), p35S::GAL4DB (negative control) or p35S::GAL4DB-CmMYB2 (test construct) was introduced into the protoplasts. WebOct 5, 2024 · At the molecular level, MP/AtARF5 had been identified as a central regulator in leaf vascularization (Krogan and Berleth, 2012; Krogan et al., 2012) and root growth (Krogan et al., 2016). In M. sieboldii , vascular tissue differentiation was preliminarily observed after stratification for 30 days.
Atarf5
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WebAug 1, 2024 · AtARF5 is essential for embryonic root formation , and its homolog JcARF16 was most highly expressed in root . The result suggests that JcARF16 may play roles in root formation in physic nut. AtARF7 has been shown to function in the regulation of leaf expansion [ 1 ], and its physic nut homolog JcARF17 was preferentially expressed in … WebAuxin is a key regulator that virtually controls almost every aspect of plant growth and development throughout its life cycle. As the major components of auxin signaling, auxin response factors (ARFs) play crucial roles in various processes of plant growth and development. In this study, a total of 35 PtrARF genes were identified, and their …
WebNov 14, 2024 · Overall, these results provide evidence that AtARF2–AtARF4 and AtARF5 play significant roles in regulating both female and male gametophyte development in Arabidopsis. Introduction The life cycle of plants includes alternating generations of a diploid sporophyte and a highly reduced haploid gametophyte. WebOct 15, 2024 · AtARF5 (MONOPTEROS) plays a key role in the formation of the vascular tissue (Johnson and Douglas, 2007, Krogan et al., 2012). Moreover, AtARF6 and AtARF8 promote hypocotyl elongation and influence leaf and …
WebApr 17, 2024 · Auxin signaling and modules of interaction. (a) Structure of the AtAux/IAA17 PB1 (red)–AtARF5 PB1 (yellow) complex (PDB codes 6L5K and 4CHK). (b) AtTPL N-terminus (orange) in complex with the AtAux/IAA27 EAR motif (red sticks; PDB code 5NQV). (c) AtTIR1 (green)–auxin (green spheres)–AtAux/IAA7 degron (red sticks) complex (PDB … WebThis hypothesis is confirmed by the fact that the PB1 domain of AtARF5 has a homodimerization K d of 870 nM but an heterodimerization K d with the PB1 domain of Aux/IAA17 of 73 nM . Moreover, AtARF5 and other class A ARFs have been found to interact with many different Aux/IAA in a series of protein–protein interaction assays (26, …
WebAug 17, 2024 · In general, MP/AtARF5 overexpression leads to very strong phenotypes, which may mask subtler contributions of other, less abundant ARFs when using gain-of-function mutants and overexpression lines... Metrics - Genetic dissection of the auxin response network Nature Plants
WebJan 14, 2024 · The nearly 9-fold increase in AtARF5 activity was particularly dramatic, and is of relevance for the design and interpretation of auxin reporters. DR5v2, which uses TGTCGG ( Liao et al., 2015 ), may over-report responses … southwest georgia health districtWebNational Center for Biotechnology Information southwest georgia rcWebAug 25, 2024 · Previous reports showed that AtARF5 is an activator with super-strong activities and is usually used as a positive control for the activity analysis of transcriptional activators [46, 47]. 35S::GAL4DB-AtARF5 protoplasts showed high … southwest georgia genealogical societyWebPC: positive control (AtARF5); NC: negative control (empty vector). a Structure of the vector. b Fluorescence images; from blue to red, the fluorescence value increases gradually. c Relative LUC ... southwest georgia health care tifton gaWebformation (AtARF5) [25], suppression of hookless phe-notype and hypocotyl bending (AtARF2) [26-28], hypo-cotyl elongation, and auxin homeostasis (AtARF8) [29,30]. Moreover, the mutants ofAtARF ... southwest georgia oil company incWebSep 22, 2024 · In the root, NsARF5 shows significantly increased expression, while AtARF5 is similar to NsARF5 in the phylogenetic tree, and it has been confirmed in Arabidopsis that AtARF5 is very important in the formation of the radicle . It is suspected that NsARF5 is crucial in the control of the root growth and development in N. sibirica. team chat searchWebmechanistic action of the A. thaliana ARF5 and ARF1 DBDs (AtARF5 and AtARF1 respectively; Boer, et al. 2014), and these same ARF domains served as a selection scaffold for the GmARF8a DBD. Boer et al. expressed the DNA binding domains of AtARF1 and AtARF5 proteins, incorporating residues 1-354 and 1-390, respectively. southwest georgia oil company bainbridge ga