Nusa Rnap

Binding of RNAP and NusA in the identified sRNA regions Putative sRNA

Fig S5 Effects of p7 and NusA on RNA elongation by X oryzae RNAP

ChIPseq profiles of RNAP and NusA and transcriptional levels measured

Binding of RNAP and NusA in the identified sRNA regions Putative sRNA

Genomewide correlation between RNAP and NusA or A binding signals Log

ChIPseq profiles of RNAP and NusA and transcriptional levels measured

Typical distribution of A and subunits of RNAP and NusA on the B

ChIPseq profiles of RNAP and NusA and transcriptional levels measured

Interactions between NusA and hisPEC A Surface representation of

Structures of the NusA elongation complex NusAEC a Consensus

Structure comparisons of archaeal RNAP and the bacterial RNAPNusA

NusA involved in rRNA transcription antitermination forms foci and

Structural Basis for NusA Stabilized Transcriptional Pausing Molecular

Nus factors binding sites on RNAP RNAP is shown in surface

NusA interacts with P7 to enhance its antitermination effect a NusA

Interactions between NusA and hisPEC A Surface representation of

NusA and NusG effects on termination by rMboRNAP A Structures of

RNAP binding site of NusANTD a Titration of ILVNusANTD

Ribosome reactivates NusApaused RNAP via mRNA looping a b Overview

NusA interacts with P7 to enhance its antitermination effect a NusA

Escherichia coli NusA is required for efficient RNA binding by phage

RNAP binding site of NusANTD a Titration of ILVNusANTD

In transcription antitermination by Qλ, NusA induces refolding of Qλ to ...

In transcription antitermination by Q NusA induces refolding of Q to

NusA and NusG effects on termination by rMboRNAP A Structures of

NusA functions during transcription regulation ac Interaction

Structure comparisons of archaeal RNAP and the bacterial RNAPNusA

NusA interacts with P7 to enhance its antitermination effect a NusA

Structure comparisons of archaeal RNAP and the bacterial RNAPNusA

P7mediated transcription antitermination by X oryzae RNAP

RNAP swiveling and TL conformational changes of Mtb RNAP during the

Distribution of binding signals of core RNAP (β′), σA, NusA, and GreA ...

Distribution of binding signals of core RNAP A NusA and GreA

A RNAP stalled at a DNA lesion can be removed by the action of two

Competition of RNAP and NusGCTD for NusE binding a Displacement of

SEC analyses monitoring the interaction of SuhB with NusA variants and

NusA Interaction with the α Subunit of E. coli RNA Polymerase Is via ...

NusA Interaction with the Subunit of E coli RNA Polymerase Is via

Figure 2 from Escherichia coli NusA is required for efficient RNA

A RNAP stalled at a DNA lesion can be removed by the action of two

In transcription antitermination by Q NusA induces refolding of Q to

Probing the effects of NusG and deletions of the RNAP domains on the

NusB association with elongating RNAP at rRNA loci is dependent upon

Transcription elongation and termination kinetics regulated by NusA and

Bacillus velezensis LoaP promotes antitermination by antagonizing NusA

PDF N protein from lambdoid phages transforms NusA into an

NusA Interaction with the Subunit of E coli RNA Polymerase Is via

RNAP escaping from paused transcription state A Experimental scheme

Effects of NusA on 82Q function depend on the CTD A A representative

TranscriptomeWide Effects of NusA on RNA Polymerase Pausing in

In transcription antitermination by Q NusA induces refolding of Q to

Gp39mediated transcription antitermination by Tth RNAP at different

NusA Interaction with the Subunit of E coli RNA Polymerase Is via

In transcription antitermination by Q NusA induces refolding of Q to

TranscriptomeWide Effects of NusA on RNA Polymerase Pausing in

Escherichia coli NusA is required for efficient RNA binding by phage

Figure 6 from RNAbinding specificity of E coli NusA Semantic Scholar

Schematics of Transcription and CryoEM Reconstruction of hisPECNusA

Possible functions of NusGNusA interaction in transcription

Conformational Changes in the hisPECNusA and Structural Heterogeneity

Model for the binding of NusANTD to elongating RNAP a NusANTD

A NusENusG Complex Links Transcription and Translation Science

Model for the binding of NusANTD to elongating RNAP a NusANTD

Applied Force Provides Insight into Transcriptional Pausing and Its

Full article Transcription complexes as RNA chaperones

Nascent rRNAbinding protein NusB forms foci and colocalizes with

RNAPRNAN complex A Cooperative effects of boxB and NusA B

Structural organization of the preTCR and TCR complexes in cellulo a

NusAAR2 interaction with RNAP and 1H15NHSQC spectra of

XLMSdriven structural modelling of TCRC Supplementary to Fig 2 ad

Structures of the NusANusGEC a The NusANusGEC reconstruction

Overlap between enriched ER 1 and transcribed RPM 1 features in

Models for the Nmediated antitermination subcomplex and complete

Folding of a large ribozyme during transcription and the effect of the

Proposed model for EutV antitermination A Core RNA polymerase RNAP

RNAPRNAN complex A Cooperative effects of boxB and NusA B

Regulator Trafficking on Bacterial Transcription Units In Vivo

Full article The role of E coli NusFactors in transcription

Model of the B subtilis trp operon transcription attenuation

NusA-AR2 interaction with RNAP, α, β, and β’. [1H,15N]-HSQC spectra of ...

NusAAR2 interaction with RNAP and 1H15NHSQC spectra of

Structural model of the RNAPp7 complex A A model of the RNAPp7

NusAAR2 interaction with RNAP and 1H15NHSQC spectra of

Study describes new mechanism for terminating transcription of DNA

Full article Factorstimulated intrinsic termination getting by with

6 The model for Nmediated antitermination N changes the

Proposed model of TCTLS This model of TCTLS is described in the

The overall structure of P7NusATEC a The scaffold used for obtaining

Figure S7 Schematic of RNAPnucleic acid contacts related to Figure 6

Structure and function of archaeal RNA polymerases Werner 2007

A Transcription Antiterminator Constructs a NusADependent Shield to

Antisense Oligonucleotidestimulated Transcriptional Pausing Reveals

The RpoS S Cpx RpoE E and RpoH 32 response network The

Frontiers NusG an Ancient Yet Rapidly Evolving Transcription Factor

Antisense Oligonucleotidestimulated Transcriptional Pausing Reveals

Possible functions of NusGNusA interaction in transcription

Transcriptiontranslation coupling Leftan overall view mRNA is in

RNADNA Hybrid Comparison between hisPECNusA and EC Structures A

NusANTD interaction with RNAP and 1D 1H15NHSQC spectra

RNADNA Hybrid Comparison between hisPECNusA and EC Structures A

NusGNTDNusAAR2 interaction in the presence of RNAP A and B

PDF The NusARNA polymerase ratio is increased at sites of rRNA

Full article Investigating the role of RNA structures in

A possible model of the NNusA NTDEC ternary complex 37 Exiting RNA

Archaeal NusA2 is the ancestor of ribosomal protein eS7 in eukaryotes

Structure of a Mycobacterium tuberculosis NusARNA complex PMC

Full article Factorstimulated intrinsic termination getting by with

Comprehensive Overview of Prokaryotic Transcription Mechanisms and RNA

Antisense Oligonucleotidestimulated Transcriptional Pausing Reveals

Major shifts in bac trxppt Compatibility Modepptx

The NusARNA polymerase ratio is increased at sites of rRNA synthesis

Full article Transcription complexes as RNA chaperones

Figure 2 from Antisense Oligonucleotidestimulated Transcriptional

NusAstimulated RNA polymerase pausing and termination participates in

Visit Nusas Norman Sulimov

The Interaction Surface of a Bacterial Transcription Elongation Factor

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