Dcp1

DCP1 forms asymmetric trimers to assemble into active mRNA decapping

The activation of the decapping enzyme DCP2 by DCP1 occurs on the EDC4

DCP1 forms asymmetric trimers to assemble into active mRNA decapping

Structural basis of Dcp2 recognition and activation by Dcp1

Human DCP1 is crucial for mRNA decapping and possesses paralogspecific

DCP1 forms asymmetric trimers to assemble into active mRNA decapping

The activation of the decapping enzyme DCP2 by DCP1 occurs on the EDC4

DCP1 forms asymmetric trimers to assemble into active mRNA decapping

Figures and data in Human DCP1 is crucial for mRNA decapping and

Decapping by DCP2 requires an interaction with DCP1 and EDC4 AB

DCP1 PhosphorylationDependent mRNA Decay Contributes to Download

Human DCP1 is crucial for mRNA decapping and possesses paralogspecific

The activation of the decapping enzyme DCP2 by DCP1 occurs on the EDC4

DCP1 trimerization occurs in vivo and is required for the assembly of

Schematic of Dcp2 proteins and purified recombinant Dcp1 and Dcp2

Figures and data in Human DCP1 is crucial for mRNA decapping and

2 Crystal structures of S pombe Dcp1Dcp2 Dcp1 is depicted in green

Structural basis of Dcp2 recognition and activation by Dcp1 PMC

C elegans Dcp2 is active in RNA decapping but Dcp1 is not A

DCP1 trimerization occurs in vivo and is required for the assembly of

Stress granule assembly and dcp1 bodies depend on the functionality of

Characterization and Genomic Analysis of a Novel Lytic Phage DCp1

DCP1 forms asymmetric trimers to assemble into active mRNA decapping

Figures and data in Human DCP1 is crucial for mRNA decapping and

DCP1 and Me31B associate with miRNA targets independently of the length

RIN dFMR1 DCP1 proteins and reporter mRNA localization under normoxic

Figure 2 from The activation of the decapping enzyme DCP2 by DCP1

Neuronal DCP1 affects wing disk morphology A Phalloidin staining of

The localization of RIN dFMR1 and DCP1 proteins is not modified by the

MAMPInduced DCP1 Association Dynamics with DCP2 and XRN4 Download

C elegans Dcp1 and Dcp2 are inactive on cap dinucleotides and Dcp2

mRNA decapping is an evolutionarily conserved modulator of

Frontiers Eukaryotic mRNA Decapping Activation

Globular domains in decapping factors mediate proteinprotein

mRNA decapping complex Molecular model showing the molecular structure

Research

Model for in vivo regulation of the yeast mRNA decapping enzyme

DCP1 P bodies are devoid of QKI7 MycQKI7 and FlagDCP1 were

MessengerRNA mRNA decapping enzyme Dcp1Dcp2 complexed with ATP

Structural Basis Of MrnaCap Recognition By Dcp1Dcp2 NKFJ

Structure of the DCP1trimerization domain A Domain organization of

MARF1 interacts with the DCP1DCP2 mRNA decapping complex A

Cartoon representation of the Dcp1Dcp2 decapping complex and the

mRNA Decapping Enzyme 1a Dcp1ainduced Translational Arrest through

of recent Dcp1Dcp2 structures and interactions between important

A unique surface on Pat1 Cterminal domain directly interacts with Dcp2

Captabolism Trends in Biochemical Sciences

The Dcp1Dcp2 decapping enzyme forms distinct decapping complexes in

Frontiers Eukaryotic mRNA Decapping Activation

mRNA Decapping Is Promoted by an RNABinding Channel in Dcp2 Molecular

The Dcp1Dcp2 decapping complex A Schematic diagram of the subunits

The Control of mRNA Decapping and PBody Formation Molecular Cell

Interdomain dynamics and coactivation of the mRNA decapping enzyme Dcp2

Caenorhabditis elegans Decapping Proteins Localization and Functional

Research

Frontiers Structure and function of molecular machines involved in

The ability of phaseseparated Dcp1Dcp2ext to decap RNA is modulated

Figure 2 from mRNA Decapping Enzyme 1a Dcp1ainduced Translational

Structure of the activated Edc1Dcp1Dcp2Edc3 mRNA decapping complex

mRNA decapping is an evolutionarily conserved modulator of

Discovery of cellular substrates of human RNAdecapping enzyme DCP2

Eukaryotic mRNA decapping factors molecular mechanisms and activity

Nonredundant roles for the human mRNA decapping cofactor paralogs

Structure of the Dcp2Dcp1 mRNAdecapping complex in the activated

Discovery of cellular substrates of human RNAdecapping enzyme DCP2

Nonredundant roles for the human mRNA decapping cofactor paralogs

RCSB PDB 2QKM The crystal structure of fission yeast mRNA decapping

Drosophila Decapping Protein 1 dDcp1 Is a Component of the oskar mRNP

Decapping Enzym Bakterien – Schützende Kappe Für Bakterien – HHCT

Decapping Enzym Bakterien Schtzende Kappe Fr Bakterien HHCT

Orchestration of Processing Body Dynamics and mRNA Decay in Arabidopsis

Research Jonas Lab ETH Zurich

The role of disordered protein regions in the assembly of decapping

Decapping complex Wikiwand

Biochemistry Vol 59 No 43

Staufen and FMRPContaining Neuronal RNPs Are Structurally and

RCSB PDB 4A54 Structural basis of the Dcp1Dcp2 mRNA decapping

AntiDCP1 mRNAdecapping enzyme subunit antibodies

Phosphorylation of mRNA Decapping Protein Dcp1a by the ERK Signaling

Targeting mRNA Decapping in AML Cancer Cell

mRNA Decapping Is Promoted by an RNABinding Channel in Dcp2 Molecular

Analysis of decapping activity of FLAGDcp1 in the presence of Dhh1

Dcp1Dcp2ext conformational equilibria is important for substrate

Pat1 activates late steps in mRNA decay by multiple mechanisms PNAS

Twoheaded tetraphosphate cap analogs are inhibitors of the Dcp12 RNA

AntiDCP1 mRNAdecapping enzyme subunit antibodies

Discovery of cellular substrates of human RNAdecapping enzyme DCP2

Drosophila Decapping Protein 1 dDcp1 Is a Component of the oskar mRNP

Model for in vivo regulation of the yeast mRNA decapping enzyme

Nonredundant roles for the human mRNA decapping cofactor paralogs

Dcp2 Cterminal cisbinding elements control selective targeting of the

Twoheaded tetraphosphate cap analogs are inhibitors of the Dcp12 RNA

DCP2 overexpression specifically suppresses the mRNA decay defect of

RCSB PDB 5J3Q Crystal structure of S pombe Dcp1Edc1 mRNA decapping

Active Site Conformational Dynamics Are Coupled to Catalysis in the

PDF Dcp2 an mRNA decapping enzyme that adopts many different shapes

Structure of the Dcp2Dcp1 mRNAdecapping complex in the activated

The S pombe mRNA decapping complex recruits cofactors and an Edc1like

Nonredundant roles for the human mRNA decapping cofactor paralogs

mRNA Decapping Enzyme 1a Dcp1ainduced Translational Arrest through

CPEB3 inhibits translation of mRNA targets by localizing them to P

Discovery of cellular substrates of human RNAdecapping enzyme DCP2

Orchestration of Processing Body Dynamics and mRNA Decay in Arabidopsis

Phosphorylation of mRNA Decapping Protein Dcp1a by the ERK Signaling

Dcp2p is required for mRNA decapping in vivo Immunoprecipitation of

Caenorhabditis elegans Decapping Proteins Localization and Functional

Orchestration of Processing Body Dynamics and mRNA Decay in Arabidopsis

Nonredundant roles for the human mRNA decapping cofactor paralogs

Cartoon representation of the Dcp1Dcp2 decapping complex and the

mRNA Decapping Is Promoted by an RNABinding Channel in Dcp2 Molecular

Decapping rates for wildtype and mutant Dcp1Dcp2 are affected by pH

Nonredundant roles for the human mRNA decapping cofactor paralogs

Subcellular Localization of DCP2 DCP1 and VCSc Download Scientific

Changes in conformational equilibria regulate the activity of the Dcp2

Drosophila Decapping Protein 1 dDcp1 Is a Component of the oskar mRNP

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