共查询到20条相似文献,搜索用时 78 毫秒
1.
《Molecular & cellular proteomics : MCP》2020,19(11):1777-1789
Highlights
- •Quantitative mass spectrometric method to monitor PTM stability.
- •Pulse labeling reveals dehydroxylation of several asparagine hydroxylation sites.
- •Reversal of TNKS2, TRPV3 and HIF1a asparagine hydroxylation sites.
- •Protein dehydroxylation is an additional level of control for cellular signaling networks.
2.
《Molecular & cellular proteomics : MCP》2020,19(11):1896-1909
Highlights
- •Epitope-tagging of a proteasome subunit allows for facile immuno-isolation.
- •An engineered yeast strain permits capture of proteasome-associated substrates.
- •MS/MS identified all 33 resident proteasome subunits in the 20S and 19S particles.
- •Analysis of associated proteins and characterization of newly identified ERAD substrate.
3.
《Molecular & cellular proteomics : MCP》2020,19(2):233-244
Highlights
- •Mapping kinase-substrate relationships is vital in discovering new tuberculosis drug targets.
- •LC-MS/MS-based phosphoproteomics expand mycobacterial STPK substrate catalogues.
- •We review and integrate MS-generated datasets on novel candidate substrates.
- •Validation studies are necessary to confirm true physiological substrates of STPKs.
4.
Sandhya Manohar Qing Yu Steven P. Gygi Randall W. King 《Molecular & cellular proteomics : MCP》2020,19(9):1450-1467
Highlights
- •Chemical proteomics in G1 cells treated with small molecule APC/C inhibitors reveals novel putative APC/C substrates.
- •The insulin receptor adaptor IRS2 is an APC/C substrate that is targeted for degradation by APC/CCdh1.
- •Quantitative proteomics in IRS2 knockout cells reveals a deficiency in cell cycle related protein expression.
- •IRS2 promotes a robust spindle assembly checkpoint (SAC) during M-phase.
5.
Eduard Hofsetz Fatih Demir Karolina Szczepanowska Alexandra Kukat Jayachandran N. Kizhakkedathu Aleksandra Trifunovic Pitter F. Huesgen 《Molecular & cellular proteomics : MCP》2020,19(8):1330-1345
Highlights
- •Mitochondrial heart N terminome shows aminopeptidase processing after MTS cleavage.
- •CLPP-deficiency alters protein processing patterns in mouse heart mitochondria.
- •Candidate substrates identified by N termini accumulation and interaction with inactive ClpXP.
- •UQCRC1, HSPA9 and OAT validated biochemically as high confidence ClpXP substrates.
6.
《Molecular & cellular proteomics : MCP》2020,19(11):1910-1920
Highlights
- •PRMT5 glutathionylation is increased in aged mice or under oxidative stress.
- •Deglutathionylation of PRMT5 is catalyzed by glutaredoxin-1.
- •PRMT5 glutathionylation decreases its methyltransferase activity.
- •PRMT5 glutathionylation results in G2/M arrest and inhibits cell proliferation.
7.
Temporal Quantitative Proteomics of mGluR-induced Protein Translation and Phosphorylation in Neurons
Charlotte A. G. H. van Gelder Renske Penning Tim S. Veth Lisa A. E. Catsburg Casper C. Hoogenraad Harold D. MacGillavry Maarten Altelaar 《Molecular & cellular proteomics : MCP》2020,19(12):1952-1968
Highlights
- •Integrated phosphoproteomics and analyses of newly synthesized proteins in neurons.
- •Resource of temporal mGluR-induced signaling pathways upon DHPG stimulation.
- •Validation of PKC, MAPK1, CAMKIIa, and CDK2 in mGluR-activation and signaling.
- •Validation of Intersectin-1 in DHPG-induced AMPAR internalization.
8.
Yi-Han Lin Maryann P. Platt Haiyan Fu Yuan Gui Yanlin Wang Norberto Gonzalez-Juarbe Dong Zhou Yanbao Yu 《Molecular & cellular proteomics : MCP》2020,19(12):2030-2047
Highlights
- •Cecal Ligation Puncture (CLP) mouse model to study sepsis-induced kidney disease.
- •Quantitative global proteome and phosphoproteome profiling of mouse kidneys.
- •Highly significant candidate markers for onset and progression of AKI to CKD.
- •Mechanistic insights into sepsis-associated kidney injuries.
9.
《Molecular & cellular proteomics : MCP》2020,19(3):540-553
Highlights
- •Repeatable quantification of 200 proteins in dried blood spots.
- •Determined lower limit of quantification, repeatability, parallelism and stability.
- •Protein stability in DBS stored at ambient temperatures for up to 2 months.
- •Concentration ranges for 200 proteins in 20 healthy individuals.
10.
《Molecular & cellular proteomics : MCP》2020,19(7):1161-1178
Highlights
- •XL-MS reveals new PPIs in yeast mitochondria under glycerol and glucose condition.
- •Significant but limited results from quantitative XL-MS experiments.
- •Ndi1 participates in a CIII2CIV2 respiratory supercomplex.
- •Min8 promotes assembly of Cox12 into an intermediate complex IV.
11.
Anna M. Schmoker Jaye L. Weinert Jacob M. Markwood Kathryn S. Albretsen Michelle L. Lunde Marion E. Weir Alicia M. Ebert Karen L. Hinkle Bryan A. Ballif 《Molecular & cellular proteomics : MCP》2020,19(10):1586-1601
Highlights
- •FYN and ABL differentially regulate DCBLD Ser/Thr/Tyr phosphorylation.
- •DCBLD1 and DCBLD2 interactomes are modulated by FYN and ABL.
- •ABL drives a direct DCBLD2/14-3-3 interaction.
12.
13.
Felicia Grasso Stefania Mochi Federica Fratini Anna Olivieri Chiara Curr Inga Siden Kiamos Elena Deligianni Cecilia Birago Leonardo Picci Elisabetta Pizzi Tomasino Pace Marta Ponzi 《Molecular & cellular proteomics : MCP》2020,19(12):1986-1997
Highlights
- •Quantitative analysis of Plasmodium sexual stage egress secretome.
- •Activated gametocytes release gender-related proteins.
- •Gametocyte egress process involves different types of vesicles.
14.
《Molecular & cellular proteomics : MCP》2020,19(1):101-113
Highlights
- •A predictive modelling framework has been established to analyze IgG antibody responses against a large panel of P. falciparum-specific antigens to identify a specific antigen signature of NAI.
- •An individual's immune status can be accurately predicted by measuring IgG responses against a small set of 15 defined parasite antigens.
- •Proteins identified in the 15-antigen signature represent potential candidates for next-generation malaria vaccines or biomarkers for monitoring the impact of malaria interventions.
- •The developed predictive framework can be adapted for developing novel surveillance and intervention tools for other infectious diseases.
15.
Nataly Mancette Rijensky Netta R. Blondheim Shraga Eilon Barnea Nir Peled Eli Rosenbaum Aron Popovtzer Solomon M. Stemmer Alejandro Livoff Mark Shlapobersky Neta Moskovits Dafna Perry Eitan Rubin Itzhak Haviv Arie Admon 《Molecular & cellular proteomics : MCP》2020,19(8):1360-1374
Highlights
- •Sufficient tumor tissues are often unavailable large HLA peptidome discovery.
- •Using patient derived xenograft (PDX) tumors can overcome this limitation.
- •The large PDX HLA peptidomes expand significantly those of the original biopsies.
- •The HLA peptidomes of the PDX tumors included many tumor antigens.
16.
《Molecular & cellular proteomics : MCP》2020,19(11):1749-1759
Highlights
- •In-depth profiling of the serum proteome in early-stage COVID-19 patients.
- •A landscape of inflammation and immune signaling related to the SARS-CoV-2 infection.
- •CCL2 and CXCL10 medicated cytokine signaling pathways may correlate with neutrophil and lymphocyte respectively.
17.
《Molecular & cellular proteomics : MCP》2020,19(7):1120-1131
Highlights
- •Quantitative proteomics of isolated lysosomes, autophagosomes and proteasomes.
- •Pharmacological inhibition of proteasomes leads to their accumulation within lysosomes.
- •Inhibition of classical autophagy pathways cannot completely block this process.
- •Known autophagy adaptor proteins are not involved.
18.
《Molecular & cellular proteomics : MCP》2020,19(11):1876-1895
Highlights
- •Guidelines for studying protein complexes via co-fractionation mass spectrometry.
- •A novel procedure for profiling gold standard protein complexes in CF-MS data.
- •Recommendations for efficient CF-MS fractionation collection.
- •Scoring metric recommendations for precise and sensitive CF-MS data analysis.
19.
《Molecular & cellular proteomics : MCP》2020,19(2):294-307
Highlights
- •Quantitative proteomes of the cellular surface changes induced by mTORC1 signaling.
- •Hit validation in human cancer cell lines and biopsies.
- •Functional studies showing new drug targets to which cancer cells with hyperactive mTORC1 may be addicted.
- •A new paradigm for drug development, namely targeting cell surface proteins regulated by mTORC1.
20.
《Molecular & cellular proteomics : MCP》2020,19(6):1005-1016
Highlights
- •Brain membrane protein extraction.
- •Protein prenylation.
- •Prenyl peptide capture and characterization by LC-MS/MS.
- •HCD and EThcD peptide fragmentation.