tag :: protein | BibSonomy

публикации (спрятать)861
показать
всё
только публикации
публикации на страницу
5
10
20
50
100
расширенный...
RSS
BibTeX
RDF
дальше...

3The Mitochondrial ADP/ATP Carrier Associates with the Inner Membrane Presequence Translocase in a Stoichiometric Manner.
C. Mehnert, H. Rampelt, M. Gebert, S. Oeljeklaus, S. Schrempp, L. Kochbeck, B. Guiard, B. Warscheid, и M. van der Laan. The Journal of biological chemistry, 289 (39): 27352--27362 (сентября 2014)
8 дней назад , @warscheidlab
Carrier,Mitochondria,Mitochondrial
Chain,Saccharomyces
Complex
Complex,to_read
Complexes/genetics/*metabolism,Protein
Import
Import,Mitochondrial
Membranes/*metabolism,Mitochondrial
Metabolism,Membrane
Precursor
Protein
Protein,Membrane
Proteins,Mitochondrial
Proteins/genetics/*metabolism,Metabolite
Proteins/genetics/*metabolism,Multiprotein
Proteins/genetics/*metabolism,Saccharomyces
Translocation,Protein
Transport
Transport/physiology,Respiratory
cerevisiae
cerevisiae/genetics/*metabolism,SILAC,TIM23
energy
Carrier,Mitochondria,MitochondrialChain,SaccharomycesComplexComplex,to_readComplexes/genetics/*metabolism,ProteinImportImport,MitochondrialMembranes/*metabolism,MitochondrialMetabolism,MembranePrecursorProteinProtein,MembraneProteins,MitochondrialProteins/genetics/*metabolism,MetaboliteProteins/genetics/*metabolism,MultiproteinProteins/genetics/*metabolism,SaccharomycesTranslocation,ProteinTransportTransport/physiology,Respiratorycerevisiaecerevisiae/genetics/*metabolism,SILAC,TIM23energy
(0)
копироватьудалитьдобавить публикацию в буфер
1MITRAC Links Mitochondrial Protein Translocation to Respiratory-Chain Assembly and Translational Regulation.
D. Mick, S. Dennerlein, H. Wiese, R. Reinhold, D. Pacheu-Grau, I. Lorenzi, F. Sasarman, W. Weraarpachai, E. Shoubridge, B. Warscheid и 1 other автор(ы). Cell, 151 (7): 1528--1541 (декабря 2012)
8 дней назад , @warscheidlab
1/genetics/metabolism,Cytosol/metabolism,Electron
Biosynthesis,to_read
Complex
Cyclooxygenase
IV/*metabolism,Humans,Membrane
Import
Membrane
Precursor
Protein
Proteins,Mitochondrial
Proteins/*metabolism,Mitochondrial
Proteins/chemistry/*metabolism,Membrane
Proteins/chemistry/*metabolism,Mitochondria/chemistry/genetics/*metabolism,Mitochondrial
Proteins/chemistry/*metabolism,Protein
Transport
1/genetics/metabolism,Cytosol/metabolism,ElectronBiosynthesis,to_readComplexCyclooxygenaseIV/*metabolism,Humans,MembraneImportMembranePrecursorProteinProteins,MitochondrialProteins/*metabolism,MitochondrialProteins/chemistry/*metabolism,MembraneProteins/chemistry/*metabolism,Mitochondria/chemistry/genetics/*metabolism,MitochondrialProteins/chemistry/*metabolism,ProteinTransport
(0)
копироватьудалитьдобавить публикацию в буфер
1Mitochondrial Protein Translocation-Associated Degradation.
C. M\aartensson, C. Priesnitz, J. Song, L. Ellenrieder, K. Doan, F. Boos, A. Floerchinger, N. Zufall, S. Oeljeklaus, B. Warscheid и 1 other автор(ы). Nature, 569 (7758): 679--683 (мая 2019)
8 дней назад , @warscheidlab
*Proteolysis,Carrier
Complex
Containing
Degradation,Membrane
Import
Membrane
Precursor
Protein
Protein/metabolism
Proteins,Mitochondrial
Proteins/*metabolism,Protein
Proteins/metabolism,Endoplasmic
Proteins/metabolism,Mitochondria/*metabolism,Mitochondrial
Proteins/metabolism,Mitochondrial
Proteins/metabolism,Saccharomyces
Reticulum-Associated
Transport
Transport,Saccharomyces
cerevisiae
cerevisiae/*cytology/*metabolism,to_read,Valosin
*Proteolysis,CarrierComplexContainingDegradation,MembraneImportMembranePrecursorProteinProtein/metabolismProteins,MitochondrialProteins/*metabolism,ProteinProteins/metabolism,EndoplasmicProteins/metabolism,Mitochondria/*metabolism,MitochondrialProteins/metabolism,MitochondrialProteins/metabolism,SaccharomycesReticulum-AssociatedTransportTransport,Saccharomycescerevisiaecerevisiae/*cytology/*metabolism,to_read,Valosin
(0)
копироватьудалитьдобавить публикацию в буфер
1Mgr2 Promotes Coupling of the Mitochondrial Presequence Translocase to Partner Complexes.
M. Gebert, S. Schrempp, C. Mehnert, A. Heißwolf, S. Oeljeklaus, R. Ieva, M. Bohnert, K. von der Malsburg, S. Wiese, T. Kleinschroth и 7 other автор(ы). The Journal of cell biology, 197 (5): 595--604 (мая 2012)
8 дней назад , @warscheidlab
&
Cell
Complex
Complexes/chemistry/*metabolism,Protein
Import
Membrane
Precursor
Proliferation,Membrane
Protein
Proteins,Multiprotein
Proteins/*metabolism,Membrane
Proteins/chemistry/*metabolism,Mitochondrial
Proteins/chemistry/*metabolism,Saccharomyces
Subunits/*metabolism,Protein
Transport
Transport,Saccharomyces
cerevisiae
cerevisiae/cytology/growth
development/metabolism,Temperature,to_read
&CellComplexComplexes/chemistry/*metabolism,ProteinImportMembranePrecursorProliferation,MembraneProteinProteins,MultiproteinProteins/*metabolism,MembraneProteins/chemistry/*metabolism,MitochondrialProteins/chemistry/*metabolism,SaccharomycesSubunits/*metabolism,ProteinTransportTransport,Saccharomycescerevisiaecerevisiae/cytology/growthdevelopment/metabolism,Temperature,to_read
(0)
копироватьудалитьдобавить публикацию в буфер
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)
8 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)
копироватьудалитьдобавить публикацию в буфер
1Mitochondrial Protein Import Receptors in Kinetoplastids Reveal Convergent Evolution over Large Phylogenetic Distances.
J. Mani, S. Desy, M. Niemann, A. Chanfon, S. Oeljeklaus, M. Pusnik, O. Schmidt, C. Gerbeth, C. Meisinger, B. Warscheid и 1 other автор(ы). Nature communications, (марта 2015)
8 дней назад , @warscheidlab
Biological
Complex
Evolution,Blotting
Fluorescence,Mitochondrial
Import
Line,Kinetoplastida/genetics,Mass
Membrane
Northern,Carrier
Precursor
Protein
Proteins,Phylogeny,to_read,Trypanosoma
Proteins/*genetics/metabolism,Cell
Proteins/*genetics/metabolism,Mitochondrial
Spectrometry,Microscopy
Transport
brucei
brucei/*genetics/metabolism
BiologicalComplexEvolution,BlottingFluorescence,MitochondrialImportLine,Kinetoplastida/genetics,MassMembraneNorthern,CarrierPrecursorProteinProteins,Phylogeny,to_read,TrypanosomaProteins/*genetics/metabolism,CellProteins/*genetics/metabolism,MitochondrialSpectrometry,MicroscopyTransportbruceibrucei/*genetics/metabolism
(0)
копироватьудалитьдобавить публикацию в буфер
1Quantitative Phosphoproteomics Reveals the Protein Tyrosine Kinase Pyk2 as a Central Effector of Olfactory Receptor Signaling in Prostate Cancer Cells.
H. Wiese, L. Gelis, S. Wiese, C. Reichenbach, N. Jovancevic, M. Osterloh, H. Meyer, E. Neuhaus, H. Hatt, G. Radziwill и 1 other автор(ы). Biochimica et biophysica acta, 1854 (6): 632--640 (июня 2015)
8 дней назад , @warscheidlab
*MAP
2/genetics/*metabolism,Humans,Intracellular
Adhesion
Cycle
Kinase
Kinases/genetics/metabolism,Phosphoproteins/genetics/*metabolism,Phosphoproteomics,Phosphorylation/drug
Line
Mitogen-Activated
Neoplasms/genetics/*metabolism,Quantitative
Odorant/genetics/*metabolism,Signal
Peptides
Protein
Proteins/genetics/*metabolism,Norisoprenoids/pharmacology,Olfactory
Proteins/genetics/metabolism,Cell
Proteins/genetics/metabolism,Male,Neoplasm
Signaling
System,Cell
Tumor,Focal
and
cancer
cell,Prostatic
effects/genetics,Prostate
mass
receptor,p38
spectrometry,Receptors
transduction,SILAC,to_read
*MAP2/genetics/*metabolism,Humans,IntracellularAdhesionCycleKinaseKinases/genetics/metabolism,Phosphoproteins/genetics/*metabolism,Phosphoproteomics,Phosphorylation/drugLineMitogen-ActivatedNeoplasms/genetics/*metabolism,QuantitativeOdorant/genetics/*metabolism,SignalPeptidesProteinProteins/genetics/*metabolism,Norisoprenoids/pharmacology,OlfactoryProteins/genetics/metabolism,CellProteins/genetics/metabolism,Male,NeoplasmSignalingSystem,CellTumor,Focalandcancercell,Prostaticeffects/genetics,Prostatemassreceptor,p38spectrometry,Receptorstransduction,SILAC,to_read
(0)
копироватьудалитьдобавить публикацию в буфер
1Quantitative Proteomics Identifies the Universally Conserved ATPase Ola1p as a Positive Regulator of Heat Shock Response in Saccharomyces Cerevisiae.
S. Dannenmaier, C. Desroches Altamirano, L. Schüler, Y. Zhang, J. Hummel, M. Milanov, S. Oeljeklaus, H. Koch, S. Rospert, S. Alberti и 1 other автор(ы). The Journal of biological chemistry, 297 (5): 101050 (ноября 2021)
8 дней назад , @warscheidlab
*Gene
1,heat
Biosynthesis,Adenosine
Expression
Fungal,*Heat-Shock
Proteins/genetics/*metabolism,Saccharomyces
Regulation
Response,*Protein
Triphosphatases/genetics/*metabolism,heat
aggregation,protein
cerevisiae
cerevisiae/genetics/*metabolism,stress
factor
granule,to_read,translation
initiation
misfolding,protein
protein
protein,protein
self-assembly,protein
shock
synthesis,proteomics,Saccharomyces
*Gene1,heatBiosynthesis,AdenosineExpressionFungal,*Heat-ShockProteins/genetics/*metabolism,SaccharomycesRegulationResponse,*ProteinTriphosphatases/genetics/*metabolism,heataggregation,proteincerevisiaecerevisiae/genetics/*metabolism,stressfactorgranule,to_read,translationinitiationmisfolding,proteinproteinprotein,proteinself-assembly,proteinshocksynthesis,proteomics,Saccharomyces
(0)
копироватьудалитьдобавить публикацию в буфер
1Mitochondrial Heat Shock Protein (Hsp) 70 and Hsp10 Cooperate in the Formation of Hsp60 Complexes.
L. Böttinger, S. Oeljeklaus, B. Guiard, S. Rospert, B. Warscheid, и T. Becker. The Journal of biological chemistry, 290 (18): 11611--11622 (мая 2015)
8 дней назад , @warscheidlab
(Hsp70),Animals,Chaperonin
10/*metabolism,Chaperonin
60/chemistry/*metabolism,Hsp10,Hsp60,HSP70
70-kDa
Assembly,Protein
Biogenesis,Protein
Chaperone,Protein
Folding,Saccharomyces
Heat
Heat-Shock
Protein
Proteins/*metabolism,Mitochondria,Mitochondria/*metabolism,Molecular
Proteins/*metabolism,Saccharomyces
Shock
cerevisiae
cerevisiae/cytology,to_read
(Hsp70),Animals,Chaperonin10/*metabolism,Chaperonin60/chemistry/*metabolism,Hsp10,Hsp60,HSP7070-kDaAssembly,ProteinBiogenesis,ProteinChaperone,ProteinFolding,SaccharomycesHeatHeat-ShockProteinProteins/*metabolism,Mitochondria,Mitochondria/*metabolism,MolecularProteins/*metabolism,SaccharomycesShockcerevisiaecerevisiae/cytology,to_read
(0)
копироватьудалитьдобавить публикацию в буфер
1Intermembrane Space-Localized TbTim15 Is an Essential Subunit of the Single Mitochondrial Inner Membrane Protein Translocase of Trypanosomes.
C. von Känel, S. Oeljeklaus, C. Wenger, P. Stettler, A. Harsman, B. Warscheid, и A. Schneider. Molecular microbiology, (апреля 2024)
8 дней назад , @warscheidlab
Cx9X
complex,to_read,Trypanosomes
import,TIM
motifs,intermembrane
protein
space,mitochondrial
Cx9Xcomplex,to_read,Trypanosomesimport,TIMmotifs,intermembraneproteinspace,mitochondrial
(0)
копироватьудалитьдобавить публикацию в буфер
3Mistargeted Mitochondrial Proteins Activate a Proteostatic Response in the Cytosol.
L. Wrobel, U. Topf, P. Bragoszewski, S. Wiese, M. Sztolsztener, S. Oeljeklaus, A. Varabyova, M. Lirski, P. Chroscicki, S. Mroczek и 5 other автор(ы). Nature, 524 (7566): 485--488 (августа 2015)
8 дней назад , @warscheidlab
Biosynthesis,Protein
Complex/metabolism,Protein
Cytosol/*metabolism,Mitochondria/*metabolism/pathology,Mitochondrial
Endopeptidase
Physiological/genetics,to_read,Transcriptome,Unfolded
Precursors/*metabolism,Protein
Protein
Proteins/*metabolism,Proteasome
Proteins/genetics/*metabolism,Saccharomyces
Response/genetics
Transport/genetics,Proteome/genetics/metabolism,Saccharomyces
cerevisiae
cerevisiae/*cytology/genetics/*metabolism,Stress
Biosynthesis,ProteinComplex/metabolism,ProteinCytosol/*metabolism,Mitochondria/*metabolism/pathology,MitochondrialEndopeptidasePhysiological/genetics,to_read,Transcriptome,UnfoldedPrecursors/*metabolism,ProteinProteinProteins/*metabolism,ProteasomeProteins/genetics/*metabolism,SaccharomycesResponse/geneticsTransport/genetics,Proteome/genetics/metabolism,Saccharomycescerevisiaecerevisiae/*cytology/genetics/*metabolism,Stress
(0)
копироватьудалитьдобавить публикацию в буфер
1Dual Function of Sdh3 in the Respiratory Chain and TIM22 Protein Translocase of the Mitochondrial Inner Membrane.
N. Gebert, M. Gebert, S. Oeljeklaus, K. von der Malsburg, D. Stroud, B. Kulawiak, C. Wirth, R. Zahedi, P. Dolezal, S. Wiese и 11 other автор(ы). Molecular cell, 44 (5): 811--818 (декабря 2011)
8 дней назад , @warscheidlab
*Electron
Complex
Dehydrogenase/*metabolism,to_read
II/metabolism,Mitochondrial
Import
Membrane
Membranes/enzymology/*metabolism,Mitochondrial
Precursor
Protein
Proteins,Saccharomyces
Proteins/*metabolism,Mitochondrial
Proteins/*metabolism,Saccharomyces
Transport
Transport,Electron
cerevisiae
cerevisiae/cytology/enzymology/*metabolism,Succinate
*ElectronComplexDehydrogenase/*metabolism,to_readII/metabolism,MitochondrialImportMembraneMembranes/enzymology/*metabolism,MitochondrialPrecursorProteinProteins,SaccharomycesProteins/*metabolism,MitochondrialProteins/*metabolism,SaccharomycesTransportTransport,Electroncerevisiaecerevisiae/cytology/enzymology/*metabolism,Succinate
(0)
копироватьудалитьдобавить публикацию в буфер
1Structure and Function of Intact Photosystem 1 Monomers from the Cyanobacterium Thermosynechococcus Elongatus.
E. El-Mohsnawy, M. Kopczak, E. Schlodder, M. Nowaczyk, H. Meyer, B. Warscheid, N. Karapetyan, и M. Rögner. Biochemistry, 49 (23): 4740--4751 (июня 2010)
8 дней назад , @warscheidlab
Complex/*chemistry/*physiology,Protein
Crystallization,Cyanobacteria/*chemistry/*physiology,Photosystem
Desorption-Ionization,Structure-Activity
I
Laser
Mass
Matrix-Assisted
Protein
Relationship,Thylakoids/chemistry/physiology,to_read
Subunits/genetics/physiology,Spectrometry
Complex/*chemistry/*physiology,ProteinCrystallization,Cyanobacteria/*chemistry/*physiology,PhotosystemDesorption-Ionization,Structure-ActivityILaserMassMatrix-AssistedProteinRelationship,Thylakoids/chemistry/physiology,to_readSubunits/genetics/physiology,Spectrometry
(0)
копироватьудалитьдобавить публикацию в буфер
1Defining the Substrate Spectrum of the TIM22 Complex Identifies Pyruvate Carrier Subunits as Unconventional Cargos.
R. Gomkale, L. Cruz-Zaragoza, I. Suppanz, B. Guiard, J. Montoya, S. Callegari, D. Pacheu-Grau, B. Warscheid, и P. Rehling. Current biology : CB, 30 (6): 1119-1127.e5 (марта 2020)
8 дней назад , @warscheidlab
Acid
Acid/*metabolism,Saccharomyces
Biological
Cells,Humans,Membrane
Complex
Import
Precursor
Protein
Proteins,Mitochondrial
Proteins/*genetics/metabolism,Monocarboxylic
Proteins/*genetics/metabolism,Saccharomyces
Proteins/*genetics/metabolism,metabolite
Transport
Transport,HEK293
Transporters/*genetics/metabolism,protein
carrier,Pyruvic
carrier,mitochondria,Mitochondrial
cerevisiae
cerevisiae/genetics/*physiology,TIM22,to_read
import,pyruvate
AcidAcid/*metabolism,SaccharomycesBiologicalCells,Humans,MembraneComplexImportPrecursorProteinProteins,MitochondrialProteins/*genetics/metabolism,MonocarboxylicProteins/*genetics/metabolism,SaccharomycesProteins/*genetics/metabolism,metaboliteTransportTransport,HEK293Transporters/*genetics/metabolism,proteincarrier,Pyruviccarrier,mitochondria,Mitochondrialcerevisiaecerevisiae/genetics/*physiology,TIM22,to_readimport,pyruvate
(0)
копироватьудалитьдобавить публикацию в буфер
1Determinism and Contingencies Shaped the Evolution of Mitochondrial Protein Import.
S. Rout, S. Oeljeklaus, A. Makki, J. Tachezy, B. Warscheid, и A. Schneider. Proceedings of the National Academy of Sciences of the United States of America, (февраля 2021)
8 дней назад , @warscheidlab
*Evolution
Binding,protein
Complex
Import
Membrane
Molecular,Animals,Carrier
Precursor
Precursors/genetics,Protein
Protein
Proteins,Mitochondrial
Proteins/*genetics,Mitochondrial
Proteins/*genetics,Saccharomyces
Proteins/genetics,Protein
Proteins/genetics,mitochondria,Mitochondria/*genetics/metabolism,Mitochondrial
Transport
Transport/genetics,receptors,Saccharomyces
brucei
brucei/genetics/metabolism/pathogenicity
cerevisiae
cerevisiae/genetics,to_read,Trichomonas,Trypanosoma,Trypanosoma
import,Protein
*EvolutionBinding,proteinComplexImportMembraneMolecular,Animals,CarrierPrecursorPrecursors/genetics,ProteinProteinProteins,MitochondrialProteins/*genetics,MitochondrialProteins/*genetics,SaccharomycesProteins/genetics,ProteinProteins/genetics,mitochondria,Mitochondria/*genetics/metabolism,MitochondrialTransportTransport/genetics,receptors,Saccharomycesbruceibrucei/genetics/metabolism/pathogenicitycerevisiaecerevisiae/genetics,to_read,Trichomonas,Trypanosoma,Trypanosomaimport,Protein
(0)
копироватьудалитьдобавить публикацию в буфер
1P53-Regulated Networks of Protein, mRNA, miRNA, and lncRNA Expression Revealed by Integrated Pulsed Stable Isotope Labeling With Amino Acids in Cell Culture (pSILAC) and Next Generation Sequencing (NGS) Analyses.
S. Hünten, M. Kaller, F. Drepper, S. Oeljeklaus, T. Bonfert, F. Erhard, A. Dueck, N. Eichner, C. Friedel, G. Meister и 3 other автор(ы). Molecular & cellular proteomics : MCP, 14 (10): 2609--2629 (октября 2015)
8 дней назад , @warscheidlab
Analysis
Arginine,Carbon
DNA,to_read,Tumor
Isotopes,Cell
Isotopes,RNA
Labeling,Lysine,MicroRNAs/*metabolism,Nitrogen
Line
Long
Messenger/*metabolism,Sequence
Noncoding/*metabolism,RNA
Protein
Suppressor
Tumor,DNA/metabolism,Humans,Isotope
p53/genetics/*metabolism
AnalysisArginine,CarbonDNA,to_read,TumorIsotopes,CellIsotopes,RNALabeling,Lysine,MicroRNAs/*metabolism,NitrogenLineLongMessenger/*metabolism,SequenceNoncoding/*metabolism,RNAProteinSuppressorTumor,DNA/metabolism,Humans,Isotopep53/genetics/*metabolism
(0)
копироватьудалитьдобавить публикацию в буфер
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)
8 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)
копироватьудалитьдобавить публикацию в буфер
1New Insight into Stimulus-Induced Plasticity of the Olfactory Epithelium in Mus Musculus by Quantitative Proteomics.
J. Barbour, E. Neuhaus, H. Piechura, N. Stoepel, A. Mashukova, D. Brunert, B. Sitek, K. Stühler, H. Meyer, H. Hatt и 1 other автор(ы). Journal of proteome research, 7 (4): 1594--1605 (апреля 2008)
8 дней назад , @warscheidlab
2,Calcium-Binding
Aldehydes/chemistry,Animals,Calbindin
Binding
C57BL,Neuronal
Calcium
G/analysis/metabolism,Smell/physiology,Tandem
Gel
Inbred
Mass
Mucosa/*metabolism/physiology,Olfactory
Neurons/physiology,Pregnancy,Proteins/analysis/metabolism,Proteomics/*methods,Receptors
Odorant/analysis/metabolism,S100
Plasticity/*physiology,Olfactory
Protein
Proteins/analysis/metabolism,Cytoskeletal
Proteins/analysis/metabolism,Down-Regulation,Electrophoresis
Psychophysiologic,Lipocalins/analysis/metabolism,Male,Mice,Mice
Receptor
Spectrometry,to_read,Up-Regulation
Two-Dimensional,Electrophysiology,Female,Habituation
2,Calcium-BindingAldehydes/chemistry,Animals,CalbindinBindingC57BL,NeuronalCalciumG/analysis/metabolism,Smell/physiology,TandemGelInbredMassMucosa/*metabolism/physiology,OlfactoryNeurons/physiology,Pregnancy,Proteins/analysis/metabolism,Proteomics/*methods,ReceptorsOdorant/analysis/metabolism,S100Plasticity/*physiology,OlfactoryProteinProteins/analysis/metabolism,CytoskeletalProteins/analysis/metabolism,Down-Regulation,ElectrophoresisPsychophysiologic,Lipocalins/analysis/metabolism,Male,Mice,MiceReceptorSpectrometry,to_read,Up-RegulationTwo-Dimensional,Electrophysiology,Female,Habituation
(0)
копироватьудалитьдобавить публикацию в буфер
1tRNAs and Proteins Use the Same Import Channel for Translocation across the Mitochondrial Outer Membrane of Trypanosomes.
M. Niemann, A. Harsman, J. Mani, C. Peikert, S. Oeljeklaus, B. Warscheid, R. Wagner, и A. Schneider. Proceedings of the National Academy of Sciences of the United States of America, 114 (37): E7679-E7687 (сентября 2017)
8 дней назад , @warscheidlab
Carrier
Conformation,Protein
Line,Cytosol/metabolism,Membrane
Membranes/metabolism/*physiology,mitochondrial
Proteins/metabolism,Cell
Proteins/metabolism,Mitochondria/metabolism/physiology,Mitochondrial
Proteins/metabolism/physiology,mitochondrial
Transfer/metabolism/physiology,RNA
Transport/*physiology,RNA,RNA
Transport/*physiology,to_read,Trypanosoma
brucei
brucei/genetics,Trypanosoma/genetics/metabolism,trypanosomes
import,Mitochondrial
import,Protein
membrane,mitochondrial
outer
protein
tRNA
CarrierConformation,ProteinLine,Cytosol/metabolism,MembraneMembranes/metabolism/*physiology,mitochondrialProteins/metabolism,CellProteins/metabolism,Mitochondria/metabolism/physiology,MitochondrialProteins/metabolism/physiology,mitochondrialTransfer/metabolism/physiology,RNATransport/*physiology,RNA,RNATransport/*physiology,to_read,Trypanosomabruceibrucei/genetics,Trypanosoma/genetics/metabolism,trypanosomesimport,Mitochondrialimport,Proteinmembrane,mitochondrialouterproteintRNA
(0)
копироватьудалитьдобавить публикацию в буфер
1A Combinatorial Native MS and LC-MS/MS Approach Reveals High Intrinsic Phosphorylation of Human Tau but Minimal Levels of Other Key Modifications.
F. Drepper, J. Biernat, S. Kaniyappan, H. Meyer, E. Mandelkow, B. Warscheid, и E. Mandelkow. The Journal of biological chemistry, 295 (52): 18213--18225 (декабря 2020)
8 дней назад , @warscheidlab
(MS),native
(Tau),tau
*Protein
Acid
Homology,Tandem
Liquid/*methods,Humans,LC-MS,mass
Mass
Post-Translational,Alzheimer's
Processing
Proteins/*chemistry/*metabolism,to_read
Sequence,Chromatography
Spectrometry/*methods,Tau
aggregation,Sequence
disease,Amino
mass
protein
spectrometry
spectrometry,phosphorylation,Phosphorylation,protein
(MS),native(Tau),tau*ProteinAcidHomology,TandemLiquid/*methods,Humans,LC-MS,massMassPost-Translational,Alzheimer'sProcessingProteins/*chemistry/*metabolism,to_readSequence,ChromatographySpectrometry/*methods,Tauaggregation,Sequencedisease,Aminomassproteinspectrometryspectrometry,phosphorylation,Phosphorylation,protein
(0)
копироватьудалитьдобавить публикацию в буфер

&lang;&lang;
⟨
1
2
3
&rang;
⟩⟩

BibSonomy

публикации (спрятать)861
показать
всё
только публикации
публикации на страницу
5
10
20
50
100
расширенный...
RSS
BibTeX
RDF
дальше...

3The Mitochondrial ADP/ATP Carrier Associates with the Inner Membrane Presequence Translocase in a Stoichiometric Manner.

1MITRAC Links Mitochondrial Protein Translocation to Respiratory-Chain Assembly and Translational Regulation.

1Mitochondrial Protein Translocation-Associated Degradation.

1Mgr2 Promotes Coupling of the Mitochondrial Presequence Translocase to Partner Complexes.

1Psb27, a Cyanobacterial Lipoprotein, Is Involved in the Repair Cycle of Photosystem II.

1Mitochondrial Protein Import Receptors in Kinetoplastids Reveal Convergent Evolution over Large Phylogenetic Distances.

1Quantitative Phosphoproteomics Reveals the Protein Tyrosine Kinase Pyk2 as a Central Effector of Olfactory Receptor Signaling in Prostate Cancer Cells.

1Quantitative Proteomics Identifies the Universally Conserved ATPase Ola1p as a Positive Regulator of Heat Shock Response in Saccharomyces Cerevisiae.

1Mitochondrial Heat Shock Protein (Hsp) 70 and Hsp10 Cooperate in the Formation of Hsp60 Complexes.

1Intermembrane Space-Localized TbTim15 Is an Essential Subunit of the Single Mitochondrial Inner Membrane Protein Translocase of Trypanosomes.

3Mistargeted Mitochondrial Proteins Activate a Proteostatic Response in the Cytosol.

1Dual Function of Sdh3 in the Respiratory Chain and TIM22 Protein Translocase of the Mitochondrial Inner Membrane.

1Structure and Function of Intact Photosystem 1 Monomers from the Cyanobacterium Thermosynechococcus Elongatus.

1Defining the Substrate Spectrum of the TIM22 Complex Identifies Pyruvate Carrier Subunits as Unconventional Cargos.

1Determinism and Contingencies Shaped the Evolution of Mitochondrial Protein Import.

1P53-Regulated Networks of Protein, mRNA, miRNA, and lncRNA Expression Revealed by Integrated Pulsed Stable Isotope Labeling With Amino Acids in Cell Culture (pSILAC) and Next Generation Sequencing (NGS) Analyses.

1A Systems Study Reveals Concurrent Activation of AMPK and mTOR by Amino Acids.

1New Insight into Stimulus-Induced Plasticity of the Olfactory Epithelium in Mus Musculus by Quantitative Proteomics.

1tRNAs and Proteins Use the Same Import Channel for Translocation across the Mitochondrial Outer Membrane of Trypanosomes.

1A Combinatorial Native MS and LC-MS/MS Approach Reveals High Intrinsic Phosphorylation of Human Tau but Minimal Levels of Other Key Modifications.

просмотр

сходные по теме тэги

сходные по популярности тэги

публикации (спрятать)861 показатьвсётолько публикациипубликации на страницу5102050100 расширенный... RSSBibTeXRDFдальше...

просмотр

сходные по теме тэги

сходные по популярности тэги

публикации (спрятать)861
показать
всё
только публикации
публикации на страницу
5
10
20
50
100
расширенный...
RSS
BibTeX
RDF
дальше...