Lexa Lexa Dna Loop

3 The Structural Model of LexA Left The LexA dimer bound to DNA

Conformational dynamics of LexA binding to a specific DNA target A

Two components of DNA replicationdependent LexA cleavage Journal of

LexA DNA binding domain interacts with RecA A LexA in a DNAbinding

3 The Structural Model of LexA Left The LexA dimer bound to DNA

LexASir4p mediates immobilization of DNA rings containing LexA

Sequence logos of the DNA binding site SOS box of the LexA protein

R capsulatus LexA binds specifically to DNA fragments containing the

Single molecule measurements of LexA binding and dissociation to DNA

Two components of DNA replicationdependent LexA cleavage Abstract

LexA Pa and LexA Ec DNA binding studies A A radiolabeled dinB Pa

EMSA using each DNA fragment LexA and the internal control DNA

LexA DNA complex as regulator for SOS response DnaTubecom

Sequence logos of the DNA binding site SOS box of the LexA protein

3 The Structural Model of LexA Left The LexA dimer bound to DNA

Dynamics of LexA cleavage and degradation in response to DNA damage

LexA DNA binding domain interacts with RecA A LexA in a DNAbinding

PDF Fused protein domains inhibit DNA binding by LexA

Single molecule measurements of LexA binding and dissociation to DNA

Figure 1 A model for the LexA repressor DNA complex

Dynamics of LexA cleavage and degradation in response to DNA damage

DNA damage survival and fitness of mutant lexA strains A Survival

Identification of activation domains in the Disco protein The lexA DNA

DNA damage induction of the lexA promoter with and without mutations in

PDF Solution structure of the LexA repressor DNA binding domain

DNA damageinduced LexA proteolysis followed by SPC32H ant expression

Dynamics of LexA cleavage and degradation in response to DNA damage

The Use and Abuse of LexA by Mobile Genetic Elements Trends in

Schematic diagram of the lexA recA circuit and the reporter gene used

Frontiers DnaA and LexA Proteins Regulate Transcription of the uvrB

Modeling of the Nterminal domains of LexA and UmuDAb monomers A The

PDF Direct visualization of four diffusive LexA states controlling

Nonlinearities in the dynamics of LexA and RecA production Download

The role of the LexA NTD in RecAdependent proteolysis A At left

Alignment of bacterial LexA proteins whose DNAbinding domains have

Nanobodies targeting LexA autocleavage disclose a novel suppression

The scheme of the transcriptional regulation process of the lexA recA

Schematic diagram of the lexA recA circuit and the reporter gene used

5 Dissociation of LexA from RecA a Experimental setup for

The Use and Abuse of LexA by Mobile Genetic Elements Trends in

1 In normal conditions the LexA repressor protein binds to some genes

Binding of LexA and recAlexA promoter A WebLogo diagram of consensus

Nanobodies targeting LexA autocleavage disclose a novel suppression

SOS regulation The LexA protein is attached to an operator upstream of

Conformational dynamics of the LexA binding to the tisB operator A

LexArelated proteinbinding analysis EMSA using recombinant LexA

A Determination of the speci fi c LexA binding site in the D

Frontiers DnaA and LexA Proteins Regulate Transcription of the uvrB

LexA repressor Wikipedia

PPT lexA PowerPoint Presentation free download ID4729261

Interaction of RNAP and LexA with P recA DNA A The 228 bp 32

A Sequence of the MC1 lexA gene and promoter The sequence of the

Sequence logo for LexA binding sites 33 34 23 experimentally

LexA binding disrupts local chromatin structure in yeast A LexA

Alignment of bacterial LexA proteins whose DNAbinding domains have

Sequence logo for LexA binding sites 33 34 23 experimentally

Structural basis for RecA mediated LexA cleavage A The cryoEM

LexA autocleavage fragments are captured and degraded by ClpXP A

LexA repressor dimer bound to its cognate SOS boxes PDB code 3JSO

LexA binding disrupts local chromatin structure in yeast A LexA

5 Dissociation of LexA from RecA a Experimental setup for

Computer model of LexA dimer bound to the preferred operator sequence

LexA is regulated on a posttranscriptional level A The dynamic range

Schematic representation of the lexA locus in the genome of

The Use and Abuse of LexA by Mobile Genetic Elements Trends in

LexA Represses CTXΦ Transcription by Blocking Access of the α C ...

LexA Represses CTX Transcription by Blocking Access of the C

Interaction of Escherichia coli RecA Protein with LexA Repressor

Comparison of the strength of an RNA activator with LexA fusions of

The bacterial SOS DNA repair system 35 DNA damage is sensed by RecA

IrrEDdrOand RecALexAregulated expression of DNA repair genes within

Electrophoretic mobility of the DNA fragment containing the X

The Mycobacterial LexARecAIndependent DNA Damage Response Is

a The 147bp DNA molecule 601LexAdyad contains the 601 positioning

DNA and protein analysis of the enrichment of LexACBP PHO5 chromatin

Specific DNA precludes C difficile RecALexA interaction Interaction

LacIdirected encapsulation of the DNA fragment carrying the target DNA

Widespread distribution of a lexAregulated DNA damageinducible

Figure 1 from DNA sequence influences hexasome orientation to regulate

Evidence for two modes of cooperative DNA binding in vivo that do not

TeamUCopenhagenDesign 2020igemorg

Figure 21 from The thermodynamic model for the recAlexA complex

Structure of the LexADNA complex and implications for SOS box

TeamBolognaResults 2008igemorg

Model of the LexARecA threedimensional structure A Six intact

The LexARecA structure reveals a cryptic lockandkey mechanism for

Working model for role of LexA PsrA and RpoS in regulation of class 1

ACS Chemical Biology Vol 15 No 5 ACS Publications

LexAcontrolled prophage loci required for induction A Alignment of

WebLogo 3 Examples

Crystal Structure of LexA Cell

Comparison of threehybrid systems to detect RNA and small molecule

Domain map of the AHR and LexAAHR fused protein Schematic diagram of

DNARepairMechanisms3ppt

Crystal Structure of LexA Cell

Gal4CKII efficiently phosphorylates LexACTD via DNA A A schematic

2 Examples of LexAFamily Proteins Crystal structures of cI

Crystal Structure of LexA Cell

Frontiers Integration of molecular modelling and in vitro studies to

PDF Molecular dynamics simulationbased investigation of LexADNA

A detailed view of the LexARecA interaction areas A Two views of

LexADNA Bond Strength by Single Molecule Force Spectroscopy

Structure of the LexADNA complex and implications for SOS box

Artificial tethering to the nuclear pore is sufficient to suppress

PPT Regulation of Gene Expression PowerPoint Presentation free

RecA cannot induce selfcleavage of specifically bound LexA AD

Expression of gp7 in B thuringiensis enhances LexAmediated repression

LOVLexA is gated by light in vivo a Drosophila larvae expressing

Crystal Structure of LexA Cell

Genetic map of the Gifsy phages with the damageinducible din

A Constructs used in the yeast twohybrid interaction trap LexABD

A Genetic Toolkit for Simultaneous Generation of LexA and QF

TeamPekingProjectLuminesensorDesign 2012igemorg

Genomic and transcriptional organization of the lexA2 region A

A detailed view of the LexARecA interaction areas A Two views of

A Correlation between LexAdependent and LexAindependent

Structural Insights into Bacteriophage GIL01 gp7 Inhibition of Host

Solved The yeast twohybrid system depends on the modular Cheggcom

Genomic and transcriptional organization of the lexA1 region A

LexAfusion vector pEG202 a derivative of Lex202 PL 16 uses the

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