共查询到20条相似文献,搜索用时 15 毫秒
1.
《Molecular & cellular proteomics : MCP》2020,19(3):501-517
Highlights
- •Urinary peptide profiling of youths with type 1 diabetes before clinical injury.
- •Internal validation of uromodulin peptides by parallel reaction monitoring.
- •Discovery of novel bioactivity of uromodulin peptides in vitro.
- •In silico prediction of proteases involved in uromodulin processing.
2.
《Molecular & cellular proteomics : MCP》2020,19(3):490-500
Highlights
- •HuProt array-based identification of autoantigens in serum of early lung cancer.
- •Independent validation of early lung cancer biomarker candidates with ELISA.
- •Bioinformatics-aided identification of a biomarker panel.
- •Independent verification of the panel with ELISA and immunohistochemistry.
3.
《Molecular & cellular proteomics : MCP》2020,19(5):900-912
Highlights
- •Affinity-based proteomics of infected macrophage cells.
- •Salmonella-modified membranes exhibit host-specific composition.
- •Proteome differences explain some host-dependent pathophysiological differences.
4.
《Molecular & cellular proteomics : MCP》2020,19(4):589-607
Highlights
- •P. aeruginosa grown with exosiderophores and analyzed by proteomic and RT-qPCR.
- •Catechol-type exosiderophores strongly induce the expression of their transporters.
- •Repression of the endogenous iron uptake pathways.
- •Complex phenotypic plasticity in the expression of the various iron-uptake pathways.
5.
《Molecular & cellular proteomics : MCP》2020,19(4):690-700
Highlights
- •Two molecular groups in anal squamous carcinoma according proteomic profile.
- •Differences in possible targeted processes such as metabolism or immune response.
- •Different percentage of tumor lymphocyte infiltration.
- •Difference in the frequency of ATM variants, related to PPAR inhibitors.
6.
Prashali Bansal Johannes Madlung Kristina Schaaf Boris Macek Fulvia Bono 《Molecular & cellular proteomics : MCP》2020,19(9):1485-1502
Highlights
- •Label-free and dimethyl labeling MS analysis of 6 RBPs from Drosophila ovaries.
- •Functionally related RBPs show overlapping proteomes.
- •Selective co-purification of splicing factors and translational regulators.
- •Validation of 26 novel interactions by co-immunoprecipitation.
7.
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.
8.
《Molecular & cellular proteomics : MCP》2020,19(4):624-639
Highlights
- •Used affinity-enrichable, isotopically coded, and MS-cleavable crosslinker.
- •Targeted acquisition strategy based on isotopic-coding described and evaluated.
- •Novel data analysis pipeline developed provides improved crosslink identification.
- •Large dataset reveals hundreds of mitochondrial protein-protein interactions.
9.
《Molecular & cellular proteomics : MCP》2020,19(5):884-899
Highlights
- •pY phosphoproteomes and dedicated ranking analyses for 16 AML cell lines.
- •RTK drivers, 6 mutant cell lines confirmed, identification for 4 more cell lines.
- •MAPK1/3 phosphorylation for cell lines without TK driver, indicating RAS mutation.
- •Drug target space phosphorylation correlates with drug IC50s in specific cell lines.
10.
《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.
11.
Barbara Steigenberger Henk W.P. van den Toorn Emiel Bijl Jean-Franois Greisch Oliver Rther Markus Lubeck Roland J. Pieters Albert J.R. Heck Richard A. Scheltema 《Molecular & cellular proteomics : MCP》2020,19(10):1677-1687
Highlights
- •Cross-linked peptides are physically separated from mono-linked peptides in the gas-phase by TIMS ion mobility.
- •Development of a novel data acquisition routine that a-priori distinguishes cross-linked from mono-linked peptides called caps-PASEF.
- •First application of PhoX-driven cross-linking mass spectrometry on the timsTOF Pro.
- •Application of cross-linking mass spectrometry to medium to high complexity samples.
12.
Diana Samodova Christopher M. Hosfield Christian N. Cramer Maria V. Giuli Enrico Cappellini Giulia Franciosa Michael M. Rosenblatt Christian D. Kelstrup Jesper V. Olsen 《Molecular & cellular proteomics : MCP》2020,19(12):2139-2157
Highlights
- •ProAlanase is a powerful protease for efficient low pH disulfide bond mapping.
- •High suitability for analysis of histone family members and their PTMs.
- •Accurate phosphorylation profiling in proline-rich proteins.
- •Sequence coverage increase and full de novo sequencing in combination with trypsin.
13.
A Quantitative Tri-fluorescent Yeast Two-hybrid System: From Flow Cytometry to In cellula Affinities
《Molecular & cellular proteomics : MCP》2020,19(4):701-715
Highlights
- •Simultaneous quantification of Bait, Prey and Reporter at the single cell level.
- •Two hours of reaction are enough instead of 24–48 h for conventional assays.
- •Potential expression problems of the Bait and Prey can be easily detected.
- •True positive PPIs feature a distinct pattern of Reporter level versus Bait/Prey level.
- •PPIs with unknown affinities can be ranked using an affinity ladder.
14.
15.
Jana Zecha Chien-Yun Lee Florian P. Bayer Chen Meng Vincent Grass Johannes Zerweck Karsten Schnatbaum Thomas Michler Andreas Pichlmair Christina Ludwig Bernhard Kuster 《Molecular & cellular proteomics : MCP》2020,19(9):1503-1522
Highlights
- •In-depth proteomes of 4 SARS-CoV-2 cell line models (Vero E6, Calu-3, Caco-2, A549).
- •Proteomic evidence for thousands of Chlorocebus sabaeus proteins.
- •Proteomic response of Vero E6 cells to SARS-CoV-2 infection.
- •Synthetic peptides, spectral libraries, and targeted assays for SARS-CoV-2 proteins.
16.
Deborah Chang William E. Hackett Lei Zhong Xiu-Feng Wan Joseph Zaia 《Molecular & cellular proteomics : MCP》2020,19(9):1533-1545
Highlights
- •Changes in N-linked glycosylation in influenza A virus affect antigenicity of the virus.
- •Glycosylation similarity can be quantified, even in heterogeneously glycosylated proteins.
- •Glycosylation is measurably and site-specifically distinct in influenza from related strains.
17.
Eugen Netz Tjeerd M. H. Dijkstra Timo Sachsenberg Lukas Zimmermann Mathias Walzer Thomas Monecke Ralf Ficner Olexandr Dybkov Henning Urlaub Oliver Kohlbacher 《Molecular & cellular proteomics : MCP》2020,19(12):2157-2168
Highlights
- •OpenPepXL is a new XL-MS identification tool with a high sensitivity.
- •It is available for all common operating systems and remote computing environments.
- •OpenPepXL is open source and supports open OpenPepXL is available as part of OpenMS data formats like mzML and mzIdentML.
- •at https://www.openms.de/openpepxl.
18.
《Molecular & cellular proteomics : MCP》2020,19(3):529-539
Highlights
- •N-glycosylation site analysis of the hemipteran pest insect Nilaparvata lugens.
- •Differential N-glycosylation of proteins is observed between male and female adults.
- •Sex-specific glycoproteins are involved in insect reproduction.
19.
Yadong Yu Haichuan Liu Zanlin Yu H. Ewa Witkowska Yifan Cheng 《Molecular & cellular proteomics : MCP》2020,19(12):1997-2015
Highlights
- •All six binding sites in PANWT are occupied by ADP- or ATP-type nucleotides.
- •PANKA Walker A mutant substoichiometrically binds ATP- but not ADP-type nucleotides.
- •PAN hexamer dissociation of the solution origin characteristics was observed in MS.
- •We posit that the PAN hexamer dissociation proceeds within the ESI droplets.
20.
《Molecular & cellular proteomics : MCP》2020,19(4):655-671
Highlights
- •Acute inhibition of growth-regulatory AGC-kinases Sch9, PKA and Ypk1.
- •Phospho-proteomic profiling of 6373 phsopho-sites.
- •Ypk1 regulates phospho-sites in RRxS/T-context and functionally overlaps with PKA.
- •Ypk1 and PKA activate trehalase activity of Nth1.