Phyb Cold

phyB mutants have enhanced cold tolerance A Representative

Coldinduced regulation of CO abundance is linked with phyB signaling

Complex and shifting interaction of PHYs under abiotic stress A PHYB

Overviews of cold tolerance regulatory mechanisms PPTX

Phenotypes of WildType phyB and phyB phyE Plants Download

Phosphorylation of phyB by GSK3s a key mechanism that brings

Genetic analysis of REF6 and phyB in the phyBdependent seed

Phytochromes phyA and phyB have discretephotosensoryfunctions

phyB18 impairs PHYB nuclear accumulation and PIF3 degradation a

phyB Acts Downstream of CBF1 to Regulate the Expression of COR Genes

Cotyledon Area and Petiole Length of phyB phyC and phyB phyC Mutant

Schematic illustration of the impact of climate change on cold

cry1 requires phyB when exposures to blue light are short 3 hd but

Endospermic phyB signaling mediates seed thermoinhibition a WT phyB

Phytochrome levels in phyB overexpressor and phyA overexpressor

Model depicting the antagonistic effect of phyA and phyB on the

Topology of PhyB generated from the cryoEM 3D model and structural

Lack of Dimerization of phyE in the Absence of phyB and phyD and

PhyB Inhibits the FRHIRs in Both the Presence and Absence of PhyA

Reaction scheme of phyB dynamics The superscripts c n and ns denote

BLD and PHY Are Sufficient for LightDependent Regulation of phyB

PhyB photobody components that localize to the phyB photobody when

Model for the regulation of phyB subcellular localization phyB is

Phenotypes of WildType phyB and phyB phyE Plants Download

PhyB antagonizes phyA on regulation of seedling development under

In Vitro Ubiquitination of PhyB by COP1 E3 Ligase Download

Lightactivated phyB interacts with PCH1 and PCHL a b Y2H detection

Warmth enhances phyB thermal reversion directly and indirectly by

VIL1 and phyB synergistically inhibit hypocotyl elongation by

Regulation of flowering cold acclimation and thermomorphogenesis

Contribution of COP1 ELF3 and phyB to day lengthdependent

PhyB photobody components that localize to the phyB photobody when

cry1 requires phyB when exposures to blue light are short 3 hd but

VIL1 preferentially interacts with the active form of phyB both in vivo

Immunoblot showing expression levels of phyB in leaves of wildtype

Crosstalk between Light and TemperatureMediated Processes under Cold

Phenotypes of pft1 phyA and phyB single double and triple mutantsa

Residues enhancing or reducing phyB dark reversion Schematic of the

Coupling Recombinant PhyB to Cell Culture Plates and Beads SpringerLink

phyB physically interacts with SMP2 in vitro and in vivo A

Predicted phyB Structure Based on Homology with Deinococcus

Comparisons of morphologies and yields of PHYB transgenic plants with

Redlight signaling regulates SCW thickening dependent on PHYB and

PhyA and phyB synergistically repress hypocotyl elongation under blue

PhyA and phyB function coordinately to inhibit hypocotyl elongation

The entire HKRD of PHYB is a dimerization domain a Sequence alignment

Characterization of phyB and phyC Mutants Download Scientific Diagram

RRC1 Interacts with phyB and Colocalizes in Nuclear Photobodies

Epidermal auxin and phyB regulate high temperatureinduced hypocotyl

Temperature imposes opposite effects on phyB functions in hypocotyl and

Oxidative damage parameters of phytochrome mutants phyA phyB and

PhyA and phyB synergistically promote deetiolation under white W

Crosstalk between Light and TemperatureMediated Processes under Cold

phyC Is Stabilized by the Presence of Chromophoreless phyB but Is

CRY1 Cterminal extension confers specificity to the phyB Pr

Genetic analysis of REF6 and phyB in the phyBdependent seed

phyB N Terminus Interacts Mainly with the PRD A Schematic

15 Light regulation of phyB levels Light regulation of PHYBpromoter

ColdInduced CBFPIF3 Interaction Enhances Freezing Tolerance by

PDF ColdInduced CBFPIF3 Interaction Enhances Freezing Tolerance by

Chilling reversal How phyBPIF4 rewiring finetunes seasonal growth in

ColdInduced CBFPIF3 Interaction Enhances Freezing Tolerance by

Perception and signalling of light and temperature cues in plants

phyB

Lightinduced remodeling of phytochrome B enables signal transduction

What Were Reading February 2nd Plantae

Frontiers Extra and intranuclear heat perception and triggering

PIFs and COP1HY5mediated temperature signaling in higher plants PMC

Thermal reversion affects nighttime hypocotyl growth a Seedlings of

华南植物园揭示光敏色素phyB稳定转录因子BP/KNAT1促进光诱导种子萌发的分子机制----中国科学院华南植物园

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PhyBPIF3 PhyBPIF6 OptoBase

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VLPSOLHGPRGHORIWKHSKWRFKURPHVLJQDOLQJSDWKZD phyA is the primary

Lightinduced remodeling of phytochrome B enables signal transduction

Integration of light and temperature sensing by liquidliquid phase

A Model for LightDependent Proteasomal Degradation of phyB Download

Unlike Arabidopsis PhyB the HKRD bidomain from the PhyA dimer does not

The function of phyB A Conditions perceived by phyB The question

Lightinduced remodeling of phytochrome B enables signal transduction

A proposed working model Without salt stress FERmediated

Lightinduced remodeling of phytochrome B enables signal transduction

A model illustrating how CRY1 and phytochrome B phyB inhibit auxin

Phytochrome B PhyB interacts physically with Auxin Response Factor

Characterization of the phyBnull mutant a Schematic representation of

Lightinduced remodeling of phytochrome B enables signal transduction

Contrasting nighttime temperatures affect phytochrome B phyB

Lightinduced increase in Ca 2 levels in C elegans with the PhyBPIF3

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Appearance of internodes in phyAphyB and phyAphyB phyD in response

phyAand phyBmediated responses to hourly pulses or Download

A Model for LightDependent Proteasomal Degradation of phyB Download

Integration of light and temperature sensing by liquidliquid phase

FERONIA coordinates plant growth and salt tolerance via the

Structural insight into PIF6mediated red light signal transduction of

Phenotypes of Laer phyD phyB phyBphyD phyAphyB and

Phytochrome B integrates light and temperature signals in Arabidopsis

A Model for LightDependent Proteasomal Degradation of phyB Download

Lightinduced remodeling of phytochrome B enables signal transduction

1433k and j physically interact with phytochrome phyB a

Lightinduced remodeling of phytochrome B enables signal transduction

Lightinduced photoswitching of PhyBPIF3 with the SynPCB system in C

AntiPhyB Phytochrome B antibodies

Immunoblot analysis of phyBGFP fusion protein in the PBG5 rosette

PHYBYFP Forms Early and Late Speckles Download Scientific Diagram

PHYB Understanding Its Role in Plant Growth Adaptation and Development

ELF3 COP1 phyB PIF4 and HY5 form a highly connected network that

Contrasting nighttime temperatures affect phytochrome B phyB

The function of phyB A Conditions perceived by phyB The question

The histidine kinaserelated domain participates in phytochrome B

Sensory circuitry controls cytosolic calciummediated phytochrome B

Phytochrome B interacts with LIGULELESS1 to control plant architecture

Lightinduced remodeling of phytochrome B enables signal transduction

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