Tap Complex

Structural organization of the TAP complex A Membrane topology of

Molecular model of the heterodimeric human TAP complex including SNPs

Direct evidence that the Nterminal extensions of the TAP complex act

Molecular model of the heterodimeric human TAP complex including SNPs

Structural organization of the peptide loading complex and the core TAP

Schematic representation of the interaction between the TAP complex and

Components of the MHC class ITAP complex A The TAP complex was

Structural organization of the TAP complex A Membrane topology of

Figure 1 from Function of the transport complex TAP in cellular immune

Direct evidence that the Nterminal extensions of the TAP complex act

Components of the MHC class ITAP complex A The TAP complex was

Figure 1 from Function of the transport complex TAP in cellular immune

Single residue within the antigen translocation complex TAP controls

Direct evidence that the Nterminal extensions of the TAP complex act

BNLF2a targets the core TAP complex blocking peptide binding and

Membrane topology of the human TAP complex The transmembrane helices

Proposed membrane topology of the human TAP complex The transmembrane

The TMDNBD interface of the TAP complex A Threedimensional

PDF The Intracellular Antigen Transport Machinery TAP in Adaptive

Structural organization of the human TAP complex The membrane helices

Proposed membrane topology of the human TAP complex The transmembrane

Current model of peptide binding and transport by the TAP complex ATP

Frontiers Structure and Dynamics of Antigenic Peptides in Complex

Assembly and Function of the Major Histocompatibility Complex MHC I

Organization of the ATPbinding sites in the TAP complex A schematic

Figure 5 from The ABCs of immunology structure and function of TAP

Organization of the ATPbinding sites in the TAP complex A schematic

Tapasin Interacts with the Membranespanning Domains of Both TAP

Modulation of TAP function by viral factors Upper panel The

Structure of the TAPBPRMHC I complex defines the mechanism of peptide

Frontiers Structure and Dynamics of Antigenic Peptides in Complex

Comparisons of class II activator complexes A RamAclass II complex

Frontiers Structure and Dynamics of Antigenic Peptides in Complex

Domain architecture of TAP and putative conformational rearrangements

Frontiers The potential applications of peptideloading complex in

How does TAP pump peptides Insights from DNA repair and traffic

Formation of a TapNXF1 Homotypic Complex Is Mediated through the Amino

Distinct functional properties of the TAP subunits coordinate the

Antigen presentation TAP dances with ATP Current Biology

Powering the peptide pump TAP crosstalk with energetic nucleotides

Tapasin Interacts with the Membranespanning Domains of Both TAP

Design and expression of truncated TAP variants A Topological model

A model of TAP organization and its interacting proteins Download

Subunit determination of the TbIF3TAP complex and the TbIF3fTAP

Frontiers Structure and Dynamics of Antigenic Peptides in Complex

Tapasin Interacts with the Membranespanning Domains of Both TAP

Modulation of the antigen transport machinery TAP by friends and

Tapasin Interacts with the Membranespanning Domains of Both TAP

The Tap transporters

The putative TAP model by Voss et al 32 A Membrane topology of

Frontiers Structure and Dynamics of Antigenic Peptides in Complex

Tapasin stabilizes the TAP complex but is not involved in

Analysis of the components of the TAPtapasin complex in Daudi 2

Expression of TAP variants in insect cells A Schematic diagrams of

PPT Protein Complex and Proteinprotein Interaction PowerPoint

Isolation of a Uinsertiondeletion editing complex from Leishmania

Putative complex of factor Xa and TAP A Model of the TAPfactor Xa

Connectivity map of human Par complexes based on TAP purifications and

TAPMS method TAP purifies protein complexes and removes the molecules

Figure 5 from The ABCs of immunology structure and function of TAP

Detection of a complex between TAP class I heterodimers and calnexin

RCSB PDB 9C96 CryoEM structure of TAP binding protein related

Structure of the TAPBPRMHC I complex defines the mechanism of peptide

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Use of functional polymorphisms to elucidate the peptide binding site

How Selective Is the TransporterAssociated with Antigen Processing

Catalytic Site Modifications of TAP1 and TAP2 and Their Functional

PeptideTAP complexes of rat and chicken TAPs in inwardfacing

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PPT Analysis of Protein Complexes by Mass Spectrometry PowerPoint

Structures of TAPrelated peptide transporters A First

Functional Dissection of the Transmembrane Domains of the Transporter

PPT Antigen Processing Presentation PowerPoint Presentation free

The distinct nucleotide binding states of the transporter associated

Figure 1034 from New insights into the structure of the MHC class I

Functional Dissection of the Transmembrane Domains of the Transporter

PPT Antigenpresenting cells and antigen presentation PowerPoint

Crystal structure and mechanistic basis of a functional homolog of the

MHCTAP Immunopaedia Immunopaedia

The ABCs of Immunology Structure and Function of TAP the Transporter

9 A twostep model proposed for peptide binding to the TAP1TAP2

A dual inhibition mechanism of herpesviral ICP47 arresting a

Threedimensional reconstruction a Stereo view of the overall density

Analyses of Conformational States of the Transporter Associated with

The MHC I loading complex a multitasking machinery in adaptive

Membrane topology of TAP The membrane topology was predicted based on

Table 1 from The tandem affinity purification TAP method a general

Structures represent distinct states of MHCI and tapasin in the

Corys Tapasin Homepage

Proposed architectures of the TAP2 nucleotidebinding site of TAP1TAP2

The crystal structure and mutational analysis of a novel RNAbinding

Molecular model of the TAP1TAP2ICP47 complex The viral inhibitor

A schematic depiction of TAP1 and TAP2 humanrat chimeras Human

Proposed architectures of the TAP2 nucleotidebinding site of TAP1TAP2

Threedimensional Structure of Transporter Associated with Antigen

TAPstrategy for recovery and identification of hybrid protein

Antigen presentation and antigen presenting cell The basic

The ABCs of Immunology Structure and Function of TAP the Transporter

Structural rearrangements of TAP1TAP2 transporters examined in the

Distinct functions and cooperative interaction of the subunits of the

Use of chimeric proteins to investigate the role of transporter

Peptide translocation assays Microsomal vesicles expressing the

Structures of TAPrelated peptide transporters A First

Regulation of Transporter Associated with Antigen Processing by

Dualcolor translocation assays reveal restrictions in a shared TAP12

Proposed architectures of the TAP2 nucleotidebinding site of TAP1TAP2

Subcellular localization of TMD 0 TAP1 and TMD 0 TAP2 in tapasin

Mutagenetix Phenotypic Mutation rose

Molecular model of the TAP1TAP2ICP47 complex The viral inhibitor

Predicted architectures of the TAP1 A and TAP2 B nucleotide binding

Protein characterization of the Rds3TAP complex A Pro fi le of

Fold of the internal loop and bulged bases in the hCTETAP complexa

Antigen processing presentation PPTX

Selarang Park Complex

IDs Taps Electroninks for Specialized Metal Complex Inks

Bathroom Taps and Showers

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