Phyb Dimerization

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

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

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

Overall 3D structure of the asymmetric Arabidopsis PhyB dimer a Domain

Crystallographic structure of the PSM from Arabidopsis At PhyB as Pr

Asymmetry in the PhyB dimer a Superposition of protomers A and B based

2 Reaction scheme describing phyB dimer dynamicsThe inactive PrPr

Structural basis for phyB localization and signaling Phys can be

Model of two structurally separable PHYB actions for inhibiting PIF3

Genetically encoded PCB biosynthesis and PIF3 recruitment to PhyB in

Overall 3D structure of the asymmetric Arabidopsis PhyB dimer a Domain

Asymmetry in the PhyB dimer a Superposition of protomers A and B based

phyB and HY5 are Involved in the Blue LightMediated Alleviation of

Complex and shifting interaction of PHYs under abiotic stress A PHYB

Residues enhancing or reducing phyB dark reversion Schematic of the

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

Immunoblot Analyses of Phytochrome Protein Levels in phyA phyB co and

Phytochromes phyA and phyB have discretephotosensoryfunctions

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

Phosphorylation of phyB by GSK3s a key mechanism that brings

Complex and shifting interaction of PHYs under abiotic stress A PHYB

Predicted phyB Structure Based on Homology with Deinococcus

The Cterminus of PHYB is a signalingoutput module for PIF3

Direct interaction between phyB and SPA1 is necessary for phyBmediated

Mapping of NLS and NBLS in Arabidopsis phyB A Schematic illustration

Phytochrome levels in phyB overexpressor and phyA overexpressor

15 Light regulation of phyB levels Light regulation of PHYBpromoter

Genetic analysis of REF6 and phyB in the phyBdependent seed

phyC Is Stabilized by the Presence of Chromophoreless phyB but Is

Endospermic phyB signaling mediates seed thermoinhibition a WT phyB

PhyB photobody components that localize to the phyB photobody when

Systematic analysis of how phytochrome B dimerization determines its

Dimerization interface of AcrIIA1 A Arg48 forms a salt bridge and a

Immunoblot Analyses of Phytochrome Protein Levels in phyA phyB co and

16 Comparison of the phyB protein levels in different Arabidopsis

PhyB anchor library construction A Schematic of the PhyBPIF

Lightinduced remodeling of phytochrome B enables signal transduction

PhytochromeInteracting Proteins Encyclopedia MDPI

Lightinduced remodeling of phytochrome B enables signal transduction

PPT Filippo Venezia Diplom biologist to ZBSA Superviser Dr

Interactions between the modulator loop and the PAS2 and PHY domains

Lightinduced remodeling of phytochrome B enables signal transduction

PDF Photobodies in Light Signaling

AB Scheme showing the functional domains of phytochrome and the

Cell Reports New Mechanism of Photomorphogenic Signal Transduction

Overall 3D structure of the Arabidopsis PhyA dimer a Domain

a Organization of functional domains and modules in P sativum phyA

Quantitative Immunoprecipitation Assay for phyBContaining Dimers

Lightinduced remodeling of phytochrome B enables signal transduction

Structure and expression of fusion proteins containing truncated

Control of Ca2 release with red light A Red lightinducible

Integration of light and temperature sensing by liquidliquid phase

Frontiers Extra and intranuclear heat perception and triggering

Overall 3D structure of the Arabidopsis PhyA dimer a Domain

Most probable molecular models of the LphyA dimer in Pfr a and Pr

Lightinduced remodeling of phytochrome B enables signal transduction

Overall 3D structure of the Arabidopsis PhyA dimer a Domain

Lightinduced remodeling of phytochrome B enables signal transduction

Cell Reports New Mechanism of Photomorphogenic Signal Transduction

Heterodimerization of type II phytochromes in Arabidopsis PNAS

Regulation of cAMP increase with red light A Red lightinducible

Heterodimerization of type II phytochromes in Arabidopsis PNAS

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

Thermal Reversion of Plant Phytochromes Molecular Plant

What Were Reading February 2nd Plantae

Integration of light and temperature sensing by liquidliquid phase

Schematic representation of the phytochrome constructs A shown is a

Integration of light and temperature sensing by liquidliquid phase

Lightinduced remodeling of phytochrome B enables signal transduction

Heterodimerization of type II phytochromes in Arabidopsis PNAS

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

A schematic illustration shows the localization of phytochrome using

Perception and signalling of light and temperature cues in plants

Photostimulation timelapse imaging of live HeLa cells using confocal

phyB

Workflow and resolution estimation for the cryoEM map of Arabidopsis

A Model for LightDependent Proteasomal Degradation of phyB Download

Characterization of the requirements for localization of phytochrome B

Structural insight into PIF6mediated red light signal transduction of

A proposed working model Without salt stress FERmediated

Phase separation at the heart of heat sensing Molecular Cell

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

Gm.phyA(PG)–PCB 2.1 Å structure (PDB 6TC7) a, Overall view of dimer ...

GmphyAPGPCB 21 structure PDB 6TC7 a Overall view of dimer

The GAF domain of Citrus PhyB A Superimposition state closeup view

Frontiers Functional dissection of phytochrome A in plants

Characterization of the requirements for localization of phytochrome B

D1040V disrupts homo and heterodimerization of PHYB a Yeast

Lightinduced remodeling of phytochrome B enables signal transduction

What Were Reading Dec 2 Plant Science Today

Phytochrome B inhibits the activity of phytochromeinteracting factor 7

Lightinduced remodeling of phytochrome B enables signal transduction

Physiological and molecular mechanisms underlying the integration of

Lightinduced remodeling of phytochrome B enables signal transduction

Structural insight into PIF6mediated red light signal transduction of

A model illustrating how CRY1 and phytochrome B phyB inhibit auxin

Frontiers Phytochrome B Positively Regulates Red LightMediated ER

Lightinduced photoswitching of PhyBPIF3 with the SynPCB system in C

Sensory circuitry controls cytosolic calciummediated phytochrome B

Researchers Uncover Molecular Mechanism of LightInduced Seed

The heat response regulators HSFA1s promote Arabidopsis

Stempiped light activates phytochrome B to trigger light responses in

Modulation of warm temperaturesensitive growth using a phytochrome B

Photoperiodic and lighting treatments for flowering control and its

Phytochrome B interacts with LIGULELESS1 to control plant architecture

Immunoblot analysis of phyBGFP fusion protein in the PBG5 rosette

1433 proteins regulate photomorphogenesis by facilitating light

Subfunctionalization of PhyB1 and PhyB2 in the control of seedling and

Transposing phytochrome into the nucleus Trends in Plant Science

Heterodimerization of type II phytochromes in Arabidopsis PNAS

Light and Light Signals Regulate Growth and Development in Woody Plants

PDF Bifunctional regulators of photoperiodic flowering in short day

hy4 gene of a thaliana encodes a protein with chaCSDN

1433k and j physically interact with phytochrome phyB a

Model prediction of fluence rate responses identifies the nuclear

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