Aslov2

The AsLoV2 domain and AsLoV2PAh1 chimera A Pictorial representation

(a) Front-view and APBS surface of the AsLOV2 core with the Jα-helix ...

a Frontview and APBS surface of the AsLOV2 core with the Jhelix

AsLOV2 OptoBase

Structural representation of AsLOV2 a Overall AsLOV2 structure The

Circularly permuted AsLOV2 as an optogenetic module for engineering

AsLOV2 structures with the FMNconserved cysteine interaction

An optimized short LOV domain for OptoNB engineering A AsLOV2

AsLOV2 structure and side chains near the chromophore A Location of

Designing Photoswitchable Peptides Using the AsLOV2 Domain Chemistry

An optimized shortLOV domain for OptoNB engineering a AsLOV2 crystal

AsLOV2 structure and side chains near the chromophore A Location of

Designing Photoswitchable Peptides Using the AsLOV2 Domain Chemistry

Mutational and chemical control of binding a AsLOV2 structure

Structural representation of AsLOV2 a Overall AsLOV2 structure The

The AsLOV2 domain exists as an ensemble between different Download

The timecourse of the singlet oxygen phosphorescence signal for AsLOV2

The AsLoV2 domain and AsLoV2PAh1 chimera A Pictorial representation

Effects on AsLOV2 side chains during the photocycle A Side chain

Structure of the AsLOV2 domain A The Flavin cofactor is shown bound to

Design of AsLOV2 domain as a carrier of lightinduced dissociable FMN

Triggered Functional Dynamics of AsLOV2 by TimeResolved Electron

Structural analyses of AsLOV2 variants a Chromophorebinding pocket of

An optimized shortLOV domain for OptoNB engineering a AsLOV2 crystal

A A crystal structure of wildtype AsLOV2 in the dark state PDB

Designing Photoswitchable Peptides Using the AsLOV2 Domain Chemistry

An optimized short LOV domain for OptoNB engineering A AsLOV2

A library of cDNAs encoding AsLOV2 variants is generated using multi

An optimized short LOV domain for OptoNB engineering A AsLOV2

Effects on AsLOV2 side chains during the photocycle A Side chain

RCSB PDB 7PH0 Structure of lightadapted AsLOV2 Q513L

The AsLoV2 domain and AsLoV2PAh1 chimera A Pictorial representation

a Frontview and APBS surface of the AsLOV2 core with the Jhelix

Comparison of raw transient absorption spectra of AsLOV2 and CrLOV2 by

Structural representation of AsLOV2 a Overall AsLOV2 structure The

Structural analysis of wildtype AsLOV2 PDB 2V1B has previously

Dark recovery kinetics of AsLOV2 variants Download Scientific Diagram

RCSB PDB 7PGY Structure of lightadapted AsLOV2 wild type

Structural representation of AsLOV2 a Overall AsLOV2 structure The

Crystal structure of wilttype AsLOV2 in the light state Structural

Light response of AsLOV2 variants a FarUV circular dichroism CD

The AsLoV2 domain and AsLoV2PAh1 chimera A Pictorial representation

Photoinduced damage of AsLOV2 domain is accompanied by increased

Designing Photoswitchable Peptides Using the AsLOV2 Domain Chemistry

Mutagenesis and screening of AsLOV2 variants with improved thermal

The AsLoV2 domain and AsLoV2PAh1 chimera A Pictorial representation

Crystal structure of wilttype AsLOV2 in the light state Structural

An optimized shortLOV domain for OptoNB engineering a AsLOV2 crystal

The AsLoV2 domain and AsLoV2PAh1 chimera A Pictorial representation

An optimized short LOV domain for OptoNB engineering A AsLOV2

Design and screens of AsLOV2monobody chimeras and final OptoMB a

Crystal structures of AsLOV2J and PARac1 system PDBcodes 2V0U

LOVTRAP assay shows altered J helix dynamics in N414A AsLOV2 A

LOVTRAP OptoBase

Tao Research Group

sheets mediate the conformational change and allosteric signal

Design and biophysical characterization of light conditioned nuclear

Applications for gene regulation and cell signaling a to modulate

Designing Chimeric LOV Photoswitches Chemistry Biology

Pry3 displays polarized localization at the cell surface A Structure

Optogenetic CRISPRCas9 inhibitors Acrs can be brought under light

PDF Optogenetic control of protein binding using lightswitchable

Design and Use of AsLOV2Based Optogenetic Tools for Actin Imaging

Frontiers LOVbased optogenetic devices lightdriven modules to

Design and Use of AsLOV2Based Optogenetic Tools for Actin Imaging

Using Optogenetics to Investigate the Shared Mechanisms of ApicalBasal

Hot Plasmids March 2019 AntiCRISPR 2in1 Cloning Fluorescent

Frontiers LOVbased optogenetic devices lightdriven modules to

Frontiers Investigating neuronal function with optically controllable

Optogenetic Approaches for the Spatiotemporal Control of Signal

A LOV2 DomainBased Optogenetic Tool to Control Protein Degradation and

Engineering Photosensory Modules of NonOpsinBased Optogenetic Actuators

A The second lightoxygenvoltage LOV domain derived from Avena

Building of the AsLOV2PAH1 chimera A Model of the AsLOV2PAH1

Designing a LOV2 DomainBased Toolkit

LOVTRAP assay shows altered J helix dynamics in N414A AsLOV2 A

Crystal structures of AsLOV2J and PARac1 system PDBcodes 2V0U

Magnetic Control of Proteins More than a Dream

TeamDuesseldorfDescription 2016igemorg

A LOV2 DomainBased Optogenetic Tool to Control Protein Degradation and

Optogenetic Approaches for the Spatiotemporal Control of Signal

Interatomic distances and representative structures of the AsLOV2J

Frontiers LOVbased optogenetic devices lightdriven modules to

A LOV2 DomainBased Optogenetic Tool to Control Protein Degradation and

Optogenetically controlled protein kinases for regulation of cellular

Disruption of the FMNA524 interaction cascade and Glu513induced

Starting structures of the AsLOV2J photosensor a Darkstate

Conserved structural motifs in PAS LOV and CRY proteins regulate

PDF Lightswitchable transcription factors obtained by direct

Schematic of the proposed Cterminal J helix unfolding mechanism of

Disruption of the FMNA524 interaction cascade and Glu513induced

Protein Magnetofluorescence

TeamDuesseldorfDescription 2016igemorg

Genetically engineered protein is a versatile quantum sensor Physics

Engineered AcrIIA5 for optogenetic control of CRISPRCas9based genome

Structure of photoreceptors A The LOV2 domain of Avena sativa

Starting structures of the AsLOV2J photosensor a Darkstate

Optogenetic tools for cell biological applications PMC

The amino terminal helix modulates light activated conformational

Addgene pBbA5kAcrABAsLOV2543

Triggering event of the signalling pathway of the AsLOV2J

a Scheme showing the five key intermediates in the LOV domain

Disruption of the FMNA524 interaction cascade and Glu513induced

Optical control of organelle transport and positioning A Optical

UVVis absorbance changes upon photoexcitation and recovery for

A C and E Shown are the dark state structures of the wild type

A LOV2 DomainBased Optogenetic Tool to Control Protein Degradation and

Disruption of the FMNA524 interaction cascade and Glu513induced

Filming proteins in motion

Design and screens of AsLOV2monobody chimeras and final OptoMB a

Designing Chimeric LOV Photoswitches Chemistry Biology

Crystal structures of AsLOV2J and PARac1 system PDBcodes 2V0U

Interatomic distances and representative structures of the AsLOV2J

LOVbased optogenetic devices lightdriven modules to impart

AtLOV2 OptoBase

Aslov2 Dark to Light Structure

Aslov2 Transient Absorption

Gene for Aslov2 Protein

Aslov2 Protein Recovery Time

Aslov2 UV-Vis Spec

Aslov2 Absorption and Emission Spectra

Aslov2 Variants

Lov2 Absorbance

Aslov2 Structure

Aslov2 Dark and Light Structure

Lov2 Protein

Alo2 Bond

Lov2 Dimerization

Optogenetics Lov2 Domain

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