Top Tweets for #LateralRoot
Xuan et al. report that MCTP3, MCTP4, and MCTP6 control #ARF7 and #ARF19 condensate dynamics and their nucleocytoplasmic partitioning. This promotes #ARF localization to the nucleus and enhances #auxin signaling, thereby facilitating #LateralRoot formation.
Online now: MCTP controls nucleocytoplasmic partitioning of AUXIN RESPONSE FACTORs during lateral root development https://t.co/nBGeIS8Afe
New review about shaping of #root architecture told by Kavya Yalamanchili, @Vermeer_Lab, Ben Scheres, and @ViolaWillemsen in Biology Direct (@BMC_series).
For more details:
👉https://t.co/BSYMMzmKGr
#LateralRoot
Cool study by @CrisBrachy, @oconnord, @hardtke_lab, and @Vermeer_Lab et al.
Congrats to all involved!
#Brachypodium #lateralroot
Btw we need more such studies!
Previous ones were on lupin (@PeretLab; https://t.co/BfMgxYXGQd) and tomato (@bradylabs; https://t.co/rQQaWXDptG).
An atlas of Brachypodium distachyon lateral root development https://t.co/xk9E6YBGW5 #biorxiv_plants
Great work by Zhu et al. (2024) on showing that mild low-nitrate (LN) promotes NRT1.1-dependent #phosphorylation of QSK1. This forms a complex to transduce LN sensing to the PM H+-#ATPase AHA2 (⚖️pT947/pS899) to regulate #LateralRoot growth in Arabidopsis.
https://t.co/yepU1ZQDzE
I initiated this work during my first post-doc at the @BeeckmanLab, and we explored the #LateralRoot transcriptome in different species (Arabidopsis, rice and Medicago) via Lateral Root Inducible Systems. Big thanks to all co-authors!
Great work by Morales-Herrera et al. (2023) on how trehalose-6-phosphate (T6P) increases #LateralRoot formation through coordinated inhibition of #SnRK1 and activation of #plantTOR. #Auxin signaling down-regulates the #T6P-degrader TPPB through the IAA14-ARF7/19 signaling module.
We are excited to see Stefania's paper being published in PNAS today: Trehalose- 6- phosphate signaling regulates lateral root formation in Arabidopsis thaliana: https://t.co/P94E6RyjWP
Congratulation to Stefania and thanks to all collaborators involved!
Happy to be a part of studies (@IJMS_MDPI) about #RALF34 in development of #cucumber #lateralroot (see below)
tag for @FesenkoIgor; @IveDeSmet1978; @FuncyPhosphoLab; @gdoblasveronica; @HermanHofte; @aliciaAbarcaC; @beeckman_tom and to all studying peptide #planthormones
👇👇👇
This review summarizes the factors affecting lateral root development and the regulatory network and points out the direction for future research.
Read more https://t.co/xjVsbEGG3g #lateralroot
Intersting study in @CurrentBiology
The primary #root procambium contributes to #lateralroot formation through its impact on xylem connection.
👉https://t.co/LxpcFqsWD6
Congratulations to @NoelPonte, @Hctor84228752, @frauke_augstein, @AnnelieCarlsbe1, @AntiaVascular, @jdubrov.
Happy to share with you our latest work. Our collaborative study (@jdubrov, @Hctor84228752, @frauke_augstein, @AnnelieCarlsbe1) answers how the vascular connection between the parent and lateral roots is formed to safeguard the functionality of this newly established organ (1/5)
The primary root procambium contributes to #lateralroot formation through its impact on xylem connection @CurrentBiology https://t.co/RyHH8v9Vir by @NoelPonte @jdubrov @AntiaVascular et al
Just add it into the company of my previous post of 20 December 2022 about 15 individually mutated CEPs.
#CLEpeptides; peptide #planthormones; #lateralroot
https://t.co/SkkMHrnCy6
New paper on CLE signaling and lateral root development! They show that CLEs inhibit lateral root initiation independently of auxin under standard nutrient conditions (and knocked out 7 CLEs to do it). Implications for LR and shoot regeneration
Root pruning improves maize #water-use efficiency by upregulating plasma membrane protein gene, #ABA and #JasmonicAcid in roots. Increased auxin and SA contributed to the compensated #LateralRoot growth.
@IOA_UWA @SAgE_UWA @UWAresearch @Stressed_plants
https://t.co/pDzikn1KmG
Great talk by Alexis Maizel (@AlexisMaizel) in the #EMBOtor workshop about how #plantTOR acts as gatekeeper for Auxin-dependent Lateral root formation in #Arabidopsis #thaliana 🌱. #LateralRoot #Auxin
A nice preLights post from @somssichm covering a recent preprint from @DoroStoeckle @Vermeer_Lab @AlexisMaizel and colleagues!
P.S.: A Must-Read for #Auxin Fans!! 😉😅😅 #LateralRoot #Auxin #MechanoSignaling #PlantSci
Integrating hormone and mechanosignaling pathways: A breakthrough in how lateral roots break through
@somssichm highlights the new work from @Vermeer_Lab @AlexisMaizel and colleagues
https://t.co/bUyu4CNv23
#lateralroot #auxin #rootcap #Arabidopsis
And how to induce the opposite process- prevent differentiation/maturation.
Cellular/epigenetic mechanism of lateral root differentiation through root hairs induction. Root hairs instead of root caps. From the old collections (2010-2011).
#PlantSeg & #LightSheet #Microscopy enable the quantitative analysis of plant/animal #morphogenesis. Images taken on the MuVi #SPIM & fused with Luxendo's #ImageProcessing tool
https://t.co/3KkPiV6EwH
https://t.co/miErOvT5J1
#Arabidopsis #PlantImaging #LateralRoot @BrukerNano
Lots of interesting papers coming out on lateral root emergence:
"Auxin-dependent control of a plasmodesmal regulator creates a negative feedback loop modulating lateral root emergence" @NatureComms
#plasmodesmata #auxin #lateralroot
https://t.co/TIPU400LbG
Nuestro último trabajo sobre #portainjertos #déficitHídrico en #vides está de acceso abierto en este link (por 50 días). #lateralRoot #RNASeq
https://t.co/XyZk191gL0
PICKLE recruits RETINOBLASTOMA RELATED 1 (RBR1) to Control #LateralRoot
Formation in #Arabidopsis by repressing LATERAL
ORGAN BOUNDARIES-DOMAIN 16 (LBD16) https://t.co/gnT5cfDJeA @biorxivpreprint
@biorxiv_plants @nitric25
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