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1A Targeted Proteomics Approach to the Rapid Identification of Bacterial Cell Mixtures by Matrix-Assisted Laser Desorption/Ionization Mass Spectrometry.
B. Warscheid, и C. Fenselau. Proteomics, 4 (10): 2877--2892 (октября 2004)
3 дней назад , @warscheidlab
Acid
Amino
Data,Peptides/chemistry,Proteins/chemistry,Proteome,Proteomics/*methods,Ribosomes/metabolism,Species
Desorption-Ionization/*methods,Time
Factors,to_read,Trypsin/pharmacology
Laser
Mass
Matrix-Assisted
Sequence
Sequence,Bacillus,Bacillus
Specificity,Spectrometry
Topic,Flagellin/chemistry,Ions,Molecular
anthracis/metabolism,Bacillus
as
cereus/metabolism,Bacillus
subtilis/metabolism,Bacteria/cytology/*metabolism,Databases
AcidAminoData,Peptides/chemistry,Proteins/chemistry,Proteome,Proteomics/*methods,Ribosomes/metabolism,SpeciesDesorption-Ionization/*methods,TimeFactors,to_read,Trypsin/pharmacologyLaserMassMatrix-AssistedSequenceSequence,Bacillus,BacillusSpecificity,SpectrometryTopic,Flagellin/chemistry,Ions,Molecularanthracis/metabolism,Bacillusascereus/metabolism,Bacillussubtilis/metabolism,Bacteria/cytology/*metabolism,Databases
(0)
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1A Combined Approach of Quantitative Interaction Proteomics and Live-Cell Imaging Reveals a Regulatory Role for Endoplasmic Reticulum (ER) Reticulon Homology Proteins in Peroxisome Biogenesis.
C. David, J. Koch, S. Oeljeklaus, A. Laernsack, S. Melchior, S. Wiese, A. Schummer, R. Erdmann, B. Warscheid, и C. Brocard. Molecular & cellular proteomics : MCP, 12 (9): 2408--2425 (сентября 2013)
3 дней назад , @warscheidlab
*Imaging
Acid,Cell
Amino
Binding,Proteomics/*methods,Saccharomyces
Homology
Labeling,Mass
Nucleus/metabolism,Coatomer
Protein/metabolism,Diffusion,Endoplasmic
Proteins/*metabolism,Saccharomyces
Proteins/metabolism,Peroxisomes/*metabolism,Protein
Reticulum/*metabolism,Humans,Isotope
Spectrometry,Membrane
Three-Dimensional,*Sequence
cerevisiae
cerevisiae/cytology/*metabolism,to_read
*ImagingAcid,CellAminoBinding,Proteomics/*methods,SaccharomycesHomologyLabeling,MassNucleus/metabolism,CoatomerProtein/metabolism,Diffusion,EndoplasmicProteins/*metabolism,SaccharomycesProteins/metabolism,Peroxisomes/*metabolism,ProteinReticulum/*metabolism,Humans,IsotopeSpectrometry,MembraneThree-Dimensional,*Sequencecerevisiaecerevisiae/cytology/*metabolism,to_read
(0)
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1SILAC Labeling of Yeast for the Study of Membrane Protein Complexes.
S. Oeljeklaus, A. Schummer, I. Suppanz, и B. Warscheid. Methods in molecular biology (Clifton, N.J.), (2014)
3 дней назад , @warscheidlab
Acids/*chemistry,Analytic
Amino
Cultured,Chromatography
Labeling/*methods,Membrane
Liquid,Culture
Mass
Methods,Cells
Preparation
Proteins/*chemistry/*metabolism,Proteolysis,Proteomics/*methods,Saccharomyces
Proteins/chemistry/metabolism,Saccharomyces
Sample
Spectrometry,to_read,Trypsin/metabolism
Techniques,Genomics,Isotope
cerevisiae
cerevisiae/*cytology/genetics/*metabolism,Tandem
Acids/*chemistry,AnalyticAminoCultured,ChromatographyLabeling/*methods,MembraneLiquid,CultureMassMethods,CellsPreparationProteins/*chemistry/*metabolism,Proteolysis,Proteomics/*methods,SaccharomycesProteins/chemistry/metabolism,SaccharomycesSampleSpectrometry,to_read,Trypsin/metabolismTechniques,Genomics,Isotopecerevisiaecerevisiae/*cytology/genetics/*metabolism,Tandem
(0)
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1Kazal-Type Inhibitors in the Stomach of Panstrongylus Megistus (Triatominae, Reduviidae).
C. Meiser, H. Piechura, T. Werner, S. Dittmeyer-Schäfer, H. Meyer, B. Warscheid, G. Schaub, и C. Balczun. Insect biochemistry and molecular biology, 40 (4): 345--353 (апреля 2010)
3 дней назад , @warscheidlab
&
Acid
Amino
Coagulation
Data,Molecular
Desorption-Ionization,to_read
Frames,Panstrongylus/genetics/*metabolism,Serine
Gel
Inhibitors/genetics/isolation
Laser
Mass
Matrix-Assisted
Mucosa/metabolism,Humans,Insect
Proteinase
Proteins/genetics/*metabolism,Molecular
Reading
Sequence
Sequence,Animals,Blood
Tests,Electrophoresis
Two-Dimensional,Gastric
Weight,Open
purification/*metabolism,Spectrometry
&AcidAminoCoagulationData,MolecularDesorption-Ionization,to_readFrames,Panstrongylus/genetics/*metabolism,SerineGelInhibitors/genetics/isolationLaserMassMatrix-AssistedMucosa/metabolism,Humans,InsectProteinaseProteins/genetics/*metabolism,MolecularReadingSequenceSequence,Animals,BloodTests,ElectrophoresisTwo-Dimensional,GastricWeight,Openpurification/*metabolism,Spectrometry
(0)
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1Psb27, a Cyanobacterial Lipoprotein, Is Involved in the Repair Cycle of Photosystem II.
M. Nowaczyk, R. Hebeler, E. Schlodder, H. Meyer, B. Warscheid, и M. Rögner. The Plant cell, 18 (11): 3121--3131 (ноября 2006)
3 дней назад , @warscheidlab
&
Acid
Agents/metabolism,Chromatography
Amino
Biological,Molecular
Complex/analysis/isolation
Data,Nickel/isolation
Exchange,Cyanobacteria/*metabolism/radiation
Gel,Histidine,Light,Lipoproteins/chemistry/*metabolism,Mass
II
Ion
Isotopes,Oligopeptides,Peptides/chemistry,Photosystem
Polyacrylamide
Post-Translational/radiation
Processing
Protein
Proteins/chemistry/*metabolism,Chelating
Sequence
Sequence,Bacterial
Spectrometry,Models
Subunits/chemistry,to_read
effects,Electrophoresis
effects,Protein
purification,Nitrogen
purification/*metabolism,Protein
&AcidAgents/metabolism,ChromatographyAminoBiological,MolecularComplex/analysis/isolationData,Nickel/isolationExchange,Cyanobacteria/*metabolism/radiationGel,Histidine,Light,Lipoproteins/chemistry/*metabolism,MassIIIonIsotopes,Oligopeptides,Peptides/chemistry,PhotosystemPolyacrylamidePost-Translational/radiationProcessingProteinProteins/chemistry/*metabolism,ChelatingSequenceSequence,BacterialSpectrometry,ModelsSubunits/chemistry,to_readeffects,Electrophoresiseffects,Proteinpurification,Nitrogenpurification/*metabolism,Protein
(0)
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1Identification of Core Components and Transient Interactors of the Peroxisomal Importomer by Dual-Track Stable Isotope Labeling with Amino Acids in Cell Culture Analysis.
S. Oeljeklaus, B. Reinartz, J. Wolf, S. Wiese, J. Tonillo, K. Podwojski, K. Kuhlmann, C. Stephan, H. Meyer, W. Schliebs и 3 other автор(ы). Journal of proteome research, 11 (4): 2567--2580 (апреля 2012)
3 дней назад , @warscheidlab
Acids/chemistry/metabolism,Chromatography
Amino
Design,Saccharomyces
Fragments/analysis/chemistry/metabolism,Peroxisomes/*chemistry/metabolism,Protein
High
Interaction
Labeling/*methods,Peptide
Liquid,Isotope
Maps,Proteomics/*methods,Research
Mass
Pressure
Proteins/analysis/chemistry/metabolism,Saccharomyces
Spectrometry,to_read
cerevisiae
cerevisiae/metabolism,Tandem
Acids/chemistry/metabolism,ChromatographyAminoDesign,SaccharomycesFragments/analysis/chemistry/metabolism,Peroxisomes/*chemistry/metabolism,ProteinHighInteractionLabeling/*methods,PeptideLiquid,IsotopeMaps,Proteomics/*methods,ResearchMassPressureProteins/analysis/chemistry/metabolism,SaccharomycesSpectrometry,to_readcerevisiaecerevisiae/metabolism,Tandem
(0)
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1MITRAC7 Acts as a COX1-Specific Chaperone and Reveals a Checkpoint during Cytochrome c Oxidase Assembly.
S. Dennerlein, S. Oeljeklaus, D. Jans, C. Hellwig, B. Bareth, S. Jakobs, M. Deckers, B. Warscheid, и P. Rehling. Cell reports, 12 (10): 1644--1655 (сентября 2015)
3 дней назад , @warscheidlab
Acid
Amino
Cells,Humans,Membrane
Chaperones/*physiology,Molecular
Complex
Data,Protein
IV/*metabolism,Enzyme
Line
Membranes/metabolism,Mitochondrial
Multimerization,Protein
Proteins/metabolism/*physiology,Mitochondrial
Proteins/metabolism/*physiology,Molecular
Sequence
Sequence,Cell
Stability,HEK293
Subunits/metabolism,Protein
Transport
Transport,to_read
Tumor,Electron
AcidAminoCells,Humans,MembraneChaperones/*physiology,MolecularComplexData,ProteinIV/*metabolism,EnzymeLineMembranes/metabolism,MitochondrialMultimerization,ProteinProteins/metabolism/*physiology,MitochondrialProteins/metabolism/*physiology,MolecularSequenceSequence,CellStability,HEK293Subunits/metabolism,ProteinTransportTransport,to_readTumor,Electron
(0)
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1A Bacterial Toxin Catalyzing Tyrosine Glycosylation of Rho and Deamidation of Gq and Gi Proteins.
T. Jank, X. Bogdanović, C. Wirth, E. Haaf, M. Spoerner, K. Böhmer, M. Steinemann, J. Orth, H. Kalbitzer, B. Warscheid и 2 other автор(ы). Nature structural & molecular biology, 20 (11): 1273--1280 (ноября 2013)
3 дней назад , @warscheidlab
Acid
Amino
Conformation,rho
Data,Photorhabdus/*enzymology,Protein
Diphosphate
GTP-Binding
Molecular,Molecular
N-Acetylglucosamine/*chemistry/*metabolism
Proteins/*metabolism,to_read,Tyrosine/*metabolism,Uridine
Resonance
Sequence
Sequence,Animals,Bacterial
Spectroscopy,Models
Toxins/*chemistry/*metabolism,Crystallography
X-Ray,Glycosylation,Humans,Magnetic
AcidAminoConformation,rhoData,Photorhabdus/*enzymology,ProteinDiphosphateGTP-BindingMolecular,MolecularN-Acetylglucosamine/*chemistry/*metabolismProteins/*metabolism,to_read,Tyrosine/*metabolism,UridineResonanceSequenceSequence,Animals,BacterialSpectroscopy,ModelsToxins/*chemistry/*metabolism,CrystallographyX-Ray,Glycosylation,Humans,Magnetic
(0)
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1Charting Organellar Importomes by Quantitative Mass Spectrometry.
C. Peikert, J. Mani, M. Morgenstern, S. Käser, B. Knapp, C. Wenger, A. Harsman, S. Oeljeklaus, A. Schneider, и B. Warscheid. Nature communications, (мая 2017)
3 дней назад , @warscheidlab
Acyl-tRNA
Amino
Knockdown
Membranes/metabolism,Mitochondrial
Proteins/*metabolism,Protein
Proteins/*metabolism,Substrate
Specificity,to_read,Trypanosoma
Spectrometry/*methods,Microbodies/metabolism,Mitochondria/*metabolism,Mitochondrial
Synthetases/metabolism,Gene
Techniques,Mass
Transport,Proteome/*metabolism,Protozoan
brucei
brucei/*metabolism
Acyl-tRNAAminoKnockdownMembranes/metabolism,MitochondrialProteins/*metabolism,ProteinProteins/*metabolism,SubstrateSpecificity,to_read,TrypanosomaSpectrometry/*methods,Microbodies/metabolism,Mitochondria/*metabolism,MitochondrialSynthetases/metabolism,GeneTechniques,MassTransport,Proteome/*metabolism,Protozoanbruceibrucei/*metabolism
(0)
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1MALDI Analysis of Bacilli in Spore Mixtures by Applying a Quadrupole Ion Trap Time-of-Flight Tandem Mass Spectrometer.
B. Warscheid, K. Jackson, C. Sutton, и C. Fenselau. Analytical chemistry, 75 (20): 5608--5617 (октября 2003)
3 дней назад , @warscheidlab
&
Acid
Acid/chemistry,Trypsin/chemistry/metabolism
Amino
Bacterial/chemistry/*isolation
Data,Molecular
Desorption-Ionization/*methods,Spores
Fragments/analysis,Spectrometry
Laser
Mass
Matrix-Assisted
Protein,Molecular
Proteins/chemistry/metabolism,Databases
Sequence
Sequence,Bacillus
Weight,Peptide
cereus/chemistry/isolation
purification,Bacillus
purification,Bacillus/chemistry/*isolation
purification,Bacterial
purification,to_read,Trifluoroacetic
subtilis/chemistry/isolation
thuringiensis/chemistry/isolation
&AcidAcid/chemistry,Trypsin/chemistry/metabolismAminoBacterial/chemistry/*isolationData,MolecularDesorption-Ionization/*methods,SporesFragments/analysis,SpectrometryLaserMassMatrix-AssistedProtein,MolecularProteins/chemistry/metabolism,DatabasesSequenceSequence,BacillusWeight,Peptidecereus/chemistry/isolationpurification,Bacilluspurification,Bacillus/chemistry/*isolationpurification,Bacterialpurification,to_read,Trifluoroaceticsubtilis/chemistry/isolationthuringiensis/chemistry/isolation
(0)
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1Coa3 and Cox14 Are Essential for Negative Feedback Regulation of COX1 Translation in Mitochondria.
D. Mick, M. Vukotic, H. Piechura, H. Meyer, B. Warscheid, M. Deckers, и P. Rehling. The Journal of cell biology, 191 (1): 141--154 (октября 2010)
3 дней назад , @warscheidlab
Acid
Alignment,to_read,Transcription
Amino
Biosynthesis,Saccharomyces
Complex
Data,Protein
Expression
Factors/chemistry/metabolism/*physiology
IV/metabolism,Feedback
Physiological,Gene
Proteins/chemistry/metabolism/*physiology,Saccharomyces
Proteins/metabolism/*physiology,Mitochondria/*metabolism,Mitochondrial
Proteins/metabolism/*physiology,Molecular
Regulation,Membrane
Sequence
Sequence,Electron
Transport
cerevisiae
cerevisiae/*metabolism/ultrastructure,Sequence
AcidAlignment,to_read,TranscriptionAminoBiosynthesis,SaccharomycesComplexData,ProteinExpressionFactors/chemistry/metabolism/*physiologyIV/metabolism,FeedbackPhysiological,GeneProteins/chemistry/metabolism/*physiology,SaccharomycesProteins/metabolism/*physiology,Mitochondria/*metabolism,MitochondrialProteins/metabolism/*physiology,MolecularRegulation,MembraneSequenceSequence,ElectronTransportcerevisiaecerevisiae/*metabolism/ultrastructure,Sequence
(0)
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1Surface-Exposed Domains of TatB Involved in the Structural and Functional Assembly of the Tat Translocase in Escherichia Coli.
J. Fröbel, A. Blümmel, F. Drepper, B. Warscheid, и M. Müller. The Journal of biological chemistry, 294 (38): 13902--13914 (сентября 2019)
3 дней назад , @warscheidlab
(MS),membrane
Acid
Amino
Binding/physiology,protein
Folding,Protein
Liquid/methods,Escherichia
Mass
Membrane/metabolism,Chromatography
Molecular,Protein
Proteins/*metabolism/physiology,Escherichia
Proteins/*metabolism/physiology,Models
Proteins/metabolism,Cell
Proteins/metabolism,membrane
Relationship,structure-function,Tandem
Sequence/genetics,Binding
Signals/genetics,protein
Sites/genetics,Carrier
Sorting
Spectrometry/methods,Tat
System/*metabolism/physiology,zero
Transport
Transport/physiology,Structure-Activity
assembly,TatB,TatBC
coli
coli/metabolism,LC-MS/MS,mass
complex,protein
complex,to_read,translocation,twin-arginine
cross-linker
cross-linking,protein
export,Protein
protein,Membrane
space
spectrometry
trafficking,membrane
translocase
translocation,Protein
translocation,Twin-Arginine-Translocation
transport,Membrane
(MS),membraneAcidAminoBinding/physiology,proteinFolding,ProteinLiquid/methods,EscherichiaMassMembrane/metabolism,ChromatographyMolecular,ProteinProteins/*metabolism/physiology,EscherichiaProteins/*metabolism/physiology,ModelsProteins/metabolism,CellProteins/metabolism,membraneRelationship,structure-function,TandemSequence/genetics,BindingSignals/genetics,proteinSites/genetics,CarrierSortingSpectrometry/methods,TatSystem/*metabolism/physiology,zeroTransportTransport/physiology,Structure-Activityassembly,TatB,TatBCcolicoli/metabolism,LC-MS/MS,masscomplex,proteincomplex,to_read,translocation,twin-argininecross-linkercross-linking,proteinexport,Proteinprotein,Membranespacespectrometrytrafficking,membranetranslocasetranslocation,Proteintranslocation,Twin-Arginine-Translocationtransport,Membrane
(0)
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1A Systems Study Reveals Concurrent Activation of AMPK and mTOR by Amino Acids.
P. Dalle Pezze, S. Ruf, A. Sonntag, M. Langelaar-Makkinje, P. Hall, A. Heberle, P. Razquin Navas, K. van Eunen, R. Tölle, J. Schwarz и 10 other автор(ы). Nature communications, (ноября 2016)
3 дней назад , @warscheidlab
1/genetics/*metabolism,Mechanistic
2/genetics/*metabolism,Models
3-Kinases/genetics/metabolism,Proto-Oncogene
Acids/*pharmacology,AMP-Activated
Amino
Biological,Phosphatidylinositol
Complex
Expression
Homolog/genetics/metabolism,Calcium-Calmodulin-Dependent
Kinase
Kinase/metabolism,Cell
Kinases/genetics/*metabolism
Kinases/genetics/*metabolism,Autophagy-Related
Line,Gene
Peptides
Protein
Protein-1
Proteins
Proteins/genetics/metabolism,Mechanistic
Rapamycin
Regulation/drug
Serine-Threonine
Signaling
Target
and
c-akt/genetics/metabolism,to_read,TOR
effects,Humans,Intracellular
of
1/genetics/*metabolism,Mechanistic2/genetics/*metabolism,Models3-Kinases/genetics/metabolism,Proto-OncogeneAcids/*pharmacology,AMP-ActivatedAminoBiological,PhosphatidylinositolComplexExpressionHomolog/genetics/metabolism,Calcium-Calmodulin-DependentKinaseKinase/metabolism,CellKinases/genetics/*metabolismKinases/genetics/*metabolism,Autophagy-RelatedLine,GenePeptidesProteinProtein-1ProteinsProteins/genetics/metabolism,MechanisticRapamycinRegulation/drugSerine-ThreonineSignalingTargetandc-akt/genetics/metabolism,to_read,TOReffects,Humans,Intracellularof
(0)
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1Identification of microRNA Targets by Pulsed SILAC.
M. Kaller, S. Oeljeklaus, B. Warscheid, и H. Hermeking. Methods in molecular biology (Clifton, N.J.), (2014)
3 дней назад , @warscheidlab
Acids/*chemistry,Analytic
Amino
Expression
Gel,Gene
High
Labeling/*methods,Luciferases/genetics,MicroRNAs/*genetics,Proteolysis,Proteomics/*methods,Tandem
Line
Liquid,Electrophoresis
Mass
Methods,Antibodies/immunology,Blotting
Neoplastic,Genetic
Polyacrylamide
Preparation
Pressure
Regulation
Sample
Spectrometry,to_read,Transfection,Trypsin/metabolism
Tumor,Chromatography
Vectors/genetics,Humans,Isotope
Western,Cell
Acids/*chemistry,AnalyticAminoExpressionGel,GeneHighLabeling/*methods,Luciferases/genetics,MicroRNAs/*genetics,Proteolysis,Proteomics/*methods,TandemLineLiquid,ElectrophoresisMassMethods,Antibodies/immunology,BlottingNeoplastic,GeneticPolyacrylamidePreparationPressureRegulationSampleSpectrometry,to_read,Transfection,Trypsin/metabolismTumor,ChromatographyVectors/genetics,Humans,IsotopeWestern,Cell
(0)
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1New Dimensions in the Study of Protein Complexes Using Quantitative Mass Spectrometry.
S. Oeljeklaus, H. Meyer, и B. Warscheid. FEBS letters, 583 (11): 1674--1683 (июня 2009)
3 дней назад , @warscheidlab
Acid
Amino
Data,Proteins/*chemistry,Proteomics,to_read
Sequence
Sequence,Mass
Spectrometry/*methods,Molecular
AcidAminoData,Proteins/*chemistry,Proteomics,to_readSequenceSequence,MassSpectrometry/*methods,Molecular
(0)
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1Structural Insights into Ca2+-Calmodulin Regulation of Plectin 1a-Integrin $B$4 Interaction in Hemidesmosomes.
J. Song, J. Kostan, F. Drepper, B. Knapp, E. de Almeida Ribeiro, P. Konarev, I. Grishkovskaya, G. Wiche, M. Gregor, D. Svergun и 2 other автор(ы). Structure (London, England : 1993), 23 (3): 558--570 (марта 2015)
3 дней назад , @warscheidlab
Acid
Amino
Binding,Protein
Data,Plectin/*chemistry,Protein
Domains
Hydrophilic
Interaction
Interactions,Integrin
Line
Molecular,Molecular
Motifs,Protein
Sequence
Sequence,Animals,Calmodulin/*chemistry,Cell
Structure
Tertiary,Rats,to_read
Tumor,Crystallography
X-Ray,Hemidesmosomes/*chemistry,Humans,Hydrophobic
and
beta4/*chemistry,Mice,Models
AcidAminoBinding,ProteinData,Plectin/*chemistry,ProteinDomainsHydrophilicInteractionInteractions,IntegrinLineMolecular,MolecularMotifs,ProteinSequenceSequence,Animals,Calmodulin/*chemistry,CellStructureTertiary,Rats,to_readTumor,CrystallographyX-Ray,Hemidesmosomes/*chemistry,Humans,Hydrophobicandbeta4/*chemistry,Mice,Models
(0)
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1Phosphoproteomics Identifies Dual-Site Phosphorylation in an Extended Basophilic Motif Regulating FILIP1-mediated Degradation of Filamin-C.
L. Reimann, A. Schwäble, A. Fricke, W. Mühlhäuser, Y. Leber, K. Lohanadan, M. Puchinger, S. Schäuble, E. Faessler, H. Wiese и 11 other автор(ы). Communications biology, 3 (1): 253 (мая 2020)
3 дней назад , @warscheidlab
3-Kinases/metabolism,Phosphoproteins/*metabolism,Phosphorylation,Protein
Acid
Amino
Binding,Proteolysis,Proteome/analysis/*metabolism,Proto-Oncogene
Cells,Humans,Muscle
Development,Muscle
Fibers
Motifs,Carrier
Proteins
Proteins/*metabolism,Cytoskeletal
Proteins/*metabolism,Filamins/*metabolism,HEK293
Skeletal/cytology/*metabolism,Phosphatidylinositol
Transduction,to_read
c-akt/metabolism,Signal
3-Kinases/metabolism,Phosphoproteins/*metabolism,Phosphorylation,ProteinAcidAminoBinding,Proteolysis,Proteome/analysis/*metabolism,Proto-OncogeneCells,Humans,MuscleDevelopment,MuscleFibersMotifs,CarrierProteinsProteins/*metabolism,CytoskeletalProteins/*metabolism,Filamins/*metabolism,HEK293Skeletal/cytology/*metabolism,PhosphatidylinositolTransduction,to_readc-akt/metabolism,Signal
(0)
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1Outer Membrane Protein Functions as Integrator of Protein Import and DNA Inheritance in Mitochondria.
S. Käser, S. Oeljeklaus, J. Týc, S. Vaughan, B. Warscheid, и A. Schneider. Proceedings of the National Academy of Sciences of the United States of America, 113 (31): E4467-4475 (августа 2016)
3 дней назад , @warscheidlab
Acid
Acid,to_read,Trypanosoma
Amino
Complex
Homology
Import
Interference,Sequence
Line,DNA
Membrane
Mitochondrial/genetics,mitochondria,mitochondrial
Mitochondrial/genetics/*metabolism,DNA
Precursor
Protein
Proteins,Mitochondrial
Proteins/genetics/*metabolism,Mitochondrial
Proteins/genetics/*metabolism,RNA
Proteins/genetics/*metabolism,protein
Proteins/genetics/metabolism,Cell
Protozoan/genetics/metabolism,evolution,Flagella/metabolism,Genome
Sequence,Carrier
Transport
Transport/genetics,Protozoan
brucei
brucei/cytology/genetics/*metabolism,trypanosomes
genome,Mitochondrial
import,Protein
AcidAcid,to_read,TrypanosomaAminoComplexHomologyImportInterference,SequenceLine,DNAMembraneMitochondrial/genetics,mitochondria,mitochondrialMitochondrial/genetics/*metabolism,DNAPrecursorProteinProteins,MitochondrialProteins/genetics/*metabolism,MitochondrialProteins/genetics/*metabolism,RNAProteins/genetics/*metabolism,proteinProteins/genetics/metabolism,CellProtozoan/genetics/metabolism,evolution,Flagella/metabolism,GenomeSequence,CarrierTransportTransport/genetics,Protozoanbruceibrucei/cytology/genetics/*metabolism,trypanosomesgenome,Mitochondrialimport,Protein
(0)
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1Phosphoproteomics Profiling Defines a Target Landscape of the Basophilic Protein Kinases AKT, S6K, and RSK in Skeletal Myotubes.
A. Fricke, W. Mühlhäuser, L. Reimann, J. Zimmermann, C. Reichenbach, B. Knapp, C. Peikert, A. Heberle, E. Faessler, S. Schäuble и 4 other автор(ы). Journal of proteome research, 22 (3): 768--789 (марта 2023)
3 дней назад , @warscheidlab
(KSEA),kinasesubstrate
(PRM),Phosphorylation,protein
*Phosphatidylinositol
3-Kinases/metabolism,*Proto-Oncogene
70-kDa,Ribosomal
90-kDa,RXRXXS/T
Fibers
Kinases
Protein
Proteins
S6
Skeletal/metabolism,parallel
Transduction/physiology,skeletal
acids
amino
analysis
by
c-akt/genetics/metabolism,cross
cell
cells,stable
culture,text
enrichment
in
inhibitors,kinasesubstrate
isotope
labeling
mining,to_read
monitoring
motif,signal
muscle
phosphorylation,quantification,Ribosomal
reaction
relationship,label-free,mass
spectrometry,Muscle
talk,kinase
transduction,Signal
(KSEA),kinasesubstrate(PRM),Phosphorylation,protein*Phosphatidylinositol3-Kinases/metabolism,*Proto-Oncogene70-kDa,Ribosomal90-kDa,RXRXXS/TFibersKinasesProteinProteinsS6Skeletal/metabolism,parallelTransduction/physiology,skeletalacidsaminoanalysisbyc-akt/genetics/metabolism,crosscellcells,stableculture,textenrichmentininhibitors,kinasesubstrateisotopelabelingmining,to_readmonitoringmotif,signalmusclephosphorylation,quantification,Ribosomalreactionrelationship,label-free,massspectrometry,Muscletalk,kinasetransduction,Signal
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1Mitochondrial Inner Membrane Protease Promotes Assembly of Presequence Translocase by Removing a Carboxy-Terminal Targeting Sequence.
R. Ieva, A. Heißwolf, M. Gebert, F. Vögtle, F. Wollweber, C. Mehnert, S. Oeljeklaus, B. Warscheid, C. Meisinger, M. van der Laan и 1 other автор(ы). Nature communications, (2013)
3 дней назад , @warscheidlab
Acid
Amino
Complex
Import
Membranes/chemistry/metabolism,Mitochondrial
Motifs,Endopeptidases/genetics/*metabolism,Membrane
Multimerization,Protein
Post-Translational,Protein
Precursor
Processing
Protein
Proteins,Mitochondrial
Proteins/*chemistry/genetics/*metabolism,Membrane
Proteins/*chemistry/genetics/*metabolism,Saccharomyces
Proteins/chemistry/genetics/*metabolism,Mitochondria/chemistry/enzymology/genetics/*metabolism,Mitochondrial
Proteins/genetics/*metabolism,Protein
Transport
Transport,Saccharomyces
cerevisiae
cerevisiae/chemistry/*enzymology/genetics/metabolism,to_read
AcidAminoComplexImportMembranes/chemistry/metabolism,MitochondrialMotifs,Endopeptidases/genetics/*metabolism,MembraneMultimerization,ProteinPost-Translational,ProteinPrecursorProcessingProteinProteins,MitochondrialProteins/*chemistry/genetics/*metabolism,MembraneProteins/*chemistry/genetics/*metabolism,SaccharomycesProteins/chemistry/genetics/*metabolism,Mitochondria/chemistry/enzymology/genetics/*metabolism,MitochondrialProteins/genetics/*metabolism,ProteinTransportTransport,Saccharomycescerevisiaecerevisiae/chemistry/*enzymology/genetics/metabolism,to_read
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1N-Acetyl-L-Tyrosine - Neurohacker Collective

1Amino Acid Polarity Chart

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1A Targeted Proteomics Approach to the Rapid Identification of Bacterial Cell Mixtures by Matrix-Assisted Laser Desorption/Ionization Mass Spectrometry.

1A Combined Approach of Quantitative Interaction Proteomics and Live-Cell Imaging Reveals a Regulatory Role for Endoplasmic Reticulum (ER) Reticulon Homology Proteins in Peroxisome Biogenesis.

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1Phosphoproteomics Identifies Dual-Site Phosphorylation in an Extended Basophilic Motif Regulating FILIP1-mediated Degradation of Filamin-C.

1Outer Membrane Protein Functions as Integrator of Protein Import and DNA Inheritance in Mitochondria.

1Phosphoproteomics Profiling Defines a Target Landscape of the Basophilic Protein Kinases AKT, S6K, and RSK in Skeletal Myotubes.

1Mitochondrial Inner Membrane Protease Promotes Assembly of Presequence Translocase by Removing a Carboxy-Terminal Targeting Sequence.

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