Pab1 Function Model

Figure 1 from The function of PAB1 in translation and in PUF3 dependent

Pab1 and the mRNA fate Pab1 predominately cytoplasmic can enter the

Models for Pab1 Release by Ccr4 and Coupling of Translation and

The RRM34 domains from the PAB1 and PABPC1 protein A Our studied

The Binding Specificity of PAB1 with PolyA mRNA Regulated by Its

Pab1 structure A Schematic representation of the modular structure of

The Binding Specificity of PAB1 with PolyA mRNA Regulated by Its

Mechanisms preventing the binding of Pab1 to poly A tails Pab1

Pab1 Organization on the PolyA Tail A Deadenylation by

The Binding Specificity of PAB1 with PolyA mRNA Regulated by Its

Pab1 Organization on the PolyA Tail A Deadenylation by

A The localization of Pab1GFP a Pab1 truncation expressing RRM4

Pab1 Carboxyterminal deletion mutants and their phenotypes A

Pab1 effect on translation termination A eRF1eRF3 association allows

The Binding Specificity of PAB1 with PolyA mRNA Regulated by Its

Pab1 structure A Schematic representation of the modular structure of

Pab1 polyAexpansion aggregates are distinct from polyQexpansion and

Pab1 structure A Schematic representation of the modular structure of

Time course of polyAexpanded Pab1 expression toxicity and

Pab1 structure A Schematic representation of the modular structure of

A schematic working model for regulation of PABPN1 levels PABPN1

PABPN1 molecular function and muscle disease Banerjee 2013 The

A yeast model for polyalanineexpansion aggregation and toxicity

Model for Pabp1mediated regulation of its own mRNA translation In the

A Mathematical Model for Quantifying PABA Such as Those Produced by

A schematic working model for regulation of PABPN1 levels PABPN1

Model for PABPN1 autoregulation A The homeostatic control of PABPN1

Pab1 and Pub1 Bind UAand URich Sequences at mRNA 3 0 Ends A

Full article Probing the closedloop model of mRNA translation in

Effect of the overexpression of PAB1 on S cerevisiae SG and Pbodies

Pab1 and Pub1 Bind UAand URich Sequences at mRNA 3 0 Ends A

brr61 decreases PAB1 transcript levels Panel A Single molecule FISH

A consolidated model for Nab2dNab2ZC3H14 function Nab2dNab2ZC3H14

PABPN1 molecular function and muscle disease Banerjee 2013 The

Role for Pab1 in morphogenesis A Actin staining using Download

Pab1 acetylation at K131 decreases stress granule formation in

Pab1 mislocalizes to the nucleus in xpo11 cells A Wild type and

Sup35p Pab1p and the model of protein interaction during translation

PAB1 and GFP design evaluated by TAPE oracle a Cumulative maximum

Refi ned optimization of pAb1 concentration for initial velocity

Dhh1 and Pbp1 overexpression trigger Pab1 granule formation in the

Cell Signaling and Function Organized by PB1 Domain Interactions

Yeast polyAbinding protein Pab1 shuttles between the nucleus and the

Pab1 mislocalizes to the nucleus in xpo11 cells A Wild type and

Pab1 acetylation at K131 decreases stress granule formation in

Pab1 condensates and misfolded protein aggregates exhibit different

Figure 1 from Pab1 acetylation at K131 decreases stress granule

Disruption of PBP1 suppresses a deletion of PAB1 Cells were grown on

Pab1 promotes but is not absolutely required for stress granule

Refi ned optimization of pAb1 concentration for initial velocity

Pab1 is partially threaded by Hsp104 A Schematic description of

Yeast polyAbinding protein Pab1 shuttles between the nucleus and the

Figure S1 Misfolded protein can nucleate Pab1 condensation Related to

Acetic acid tolerance and Pab1 substitutions in the pab1 A609 mutant

A schematic working model for regulation of PABPN1 levels PABPN1

SG morphology in Pab1 mutant S cerevisiae strains Pab1 associated

Cell Signaling and Function Organized by PB1 Domain Interactions

Pab1 acetylation at K131 decreases stress granule formation in

The interaction between Pab1 and hsp70 proteins is specific to the Ssa

Characterization of pab1 mutants A Phenotypes of ban and pab1ban

The Pab1 Cterminal truncation does not affect mRNA export and

A Role for the PolyAbinding Protein Pab1p in PUF Proteinmediated

Poly A tail Turns over recycles in cytoplasm Bound by poly Abinding

Deciphering the RNAbinding protein network during endosomal mRNA

Molecular Basis for polyA RNP Architecture and Recognition by the

The polyAbinding protein cytoplasmic 1 PAB1 or PABPC1 protein A

A Regulation of localization During the assembly of Pbodies PAB1

Result BNUZHChina iGEM 2024

The plant expression vector pAB1 map harboring the barley HVA1 gene

Result BNUZHChina iGEM 2024

Characteristics of modeled PB1 structure A The overall view of the

PhysicsInformed Deep Learning for Protein Variant Effect Prediction

Mouse adaptive mutations on PA and PB1 three dimensional maps Images

Transcriptional and Translational Regulatory Mechanisms in Nutrient

Different mechanisms of mRNA polyA tail elongation and length control

Localization of GFP fusions to several mutant forms of Pab1 A

Inhibition of Influenza Virus Replication by DNA Aptamers Targeting a

Yeast polyAbinding protein Pab1 controls translation initiation in

A Schematic representation of the domain organization of Pab1 B

Result BNUZHChina iGEM 2024

Yeast polyAbinding protein Pab1 controls translation initiation in

Poly A tail Turns over recycles in cytoplasm Bound by poly Abinding

Engineering Success BNUZHChina iGEM 2024

Le complexe eRF1eRF3Pab1 est au centre dun rseau dinteractions

PPT Marla Hertz 9208 PowerPoint Presentation free download ID

Origin binding activities in extracts of pAB1expressing cells

The polyAbinding protein cytoplasmic 1 PAB1 or PABPC1 protein A

PAB1 colocalizes with Pbody components CAR1 and CGH1 in embryos

PAB1 localizes to P granules and the cytoplasm in the embryos and

The PolyABinding Protein Nuclear 1 Suppresses Alternative Cleavage

Mutagenesis of Pab1p RRM2 A Alignment of yeast Pab1p Download

Frontiers eIF4G1 Nterminal intrinsically disordered domain is a

PABPN1 functions as a hub in the assembly of nuclear polyA domains

Structures of vertebrate polyAbinding protein PABP family members

A PP2AB55Mediated Crosstalk between TORC1 and TORC2 Regulates the

PABPN1 functions as a hub in the assembly of nuclear polyA domains

Yeast polyAbinding protein Pab1 controls translation initiation in

General structure of human polyAbinding protein PABP family

Cooperative binding of Hsp70 labels condensates for disaggregation A

NMD a multifaceted response to premature translational termination PMC

Polymer biophysics of Pab1 expectations vs reality

Image

Figure S2 Screen Hits Exhibit Pab1GFP Foci that Typically Colocalize

NAR | Ribo-seq应用：酵母中的翻译开关Pab1通过阻止mRNA去帽和降解来调控翻译起始 - 客户文章 - 新使生物公司官网-让核糖 ...

NAR RiboseqPab1mRNA

Figure 1 from The identification and characterization of the

Yeast polyAbinding protein Pab1 controls translation initiation in

Fig. S2. Unstable mRNAs are associated with Pab1. (A) Rélativé ...

Fig S2 Unstable mRNAs are associated with Pab1 A Rlativ

Origin binding activity in extracts of pAB1expressing cells A

Models for 5 3 interactions mediated by PAB A The direct

ATMtransformation with the pABr1 vector a pABr1 114 kb vector

PABPN1 functions as a hub in the assembly of nuclear polyA domains

Yeast polyAbinding protein Pab1 controls translation initiation in

De novo variants in the PABP domain of PABPC1 lead to developmental

Regulatory relationships of YB1 and PABP and their effect on overall

Monocot class I PABP proteins are PAB5like homologs Comparison of the

Yeast polyAbinding protein Pab1 controls translation initiation in

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