Posters on the topic "Defining Signaling Networks - Functional PTMs"

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  • P-I-0001
Phosphoproteomic alterations in Mesenchymal stem cells induced by Dimethyl fumarate treatment
  • Maryam Adelipour (Daejeon / KR)
  • P-I-0002
Insights into phosphorylation post-translational modifications in the proteome of C. albicans during oxidative stress response
  • P-I-0003
Using phosphoproteomics to explore autophagy relevant TBK1 signal transduction
  • P-I-0004
Active oxidative metabolism and impaired glyoxalase system amid elevated intracellular oxidative stress in non-small cell lung cancer shown by immediate post surgery alkylation and redox proteomics
  • P-I-0005
Proteome-wide in vitro kinase and phosphatase assays to determine enzyme-substrate interactions
  • P-I-0006
Proteomic and phosphoproteomic characterization of FFPE lung adenocarcinoma harboring ALK, EGFR or KRAS Mutations, and triple wild-type tissue sections
  • P-I-0007
Functional phosphoproteomics and network models to elucidate mechanisms of deregulated signaling
  • P-I-0008
Dissecting the spatiotemporal regulation of the cell cycle using phosphoproteomics and highlighting functional differences within proteoform families
  • P-I-0009
Simultaneous profiling of sialoglycoproteome and phosphoproteome in TKI-resistant NCSLC cells using metal ion-decorated ZIC-cHILIC StageTip
  • P-I-0010
A multi-proteomics analysis of FGFR family mutations on cancer signalling networks
  • P-I-0011
Traceability of post-translational modifications in atherosclerosis from plasma to tissue to single-cell proteomics
  • P-I-0012
Mass spectrometry analysis of post translational modification in adeno-associated virus capsid proteins
  • P-I-0013
The regulatory role of CARP-NF-κB in breast cancer metastasis
  • P-I-0014
Light changes promote distinct responses of plastid protein acetylation marks in the model plant Arabidopsis thaliana
  • P-I-0015
Effect of lysine post-translational modifications in the proteome of extracellular vesicles from non-small cell lung cancer cells
  • P-I-0016
Exploring EGFR and MET cross-talk in NSCLC: a pathway to improved therapy efficacy
  • P-I-0017
Phosphotyrosine-based phosphoproteomics scaled down to sub-mg needle biopsy level for analysis of individual tumor biology and treatment selection
  • P-I-0018
Deciphering the signaling mechanisms of the C-type lectin receptor Dectin-1 in myeloid cells using high throughput proteomics
  • P-I-0019
Hydrogen sulfide signalling as an additional factor to sex-related differences in ALS progression
  • P-I-0020
A targeted proteomic approach to assess the presence of mouse-specific histone H3 variants in brain and testis
  • P-I-0021
Single-shot tyrosine phosphoproteomics through FAIMS-DIA, and FAIMS-PRM mass-spectrometry afterwards, in revealing the signaling networks associated with BTKi-mediated drug mechanism of action
  • P-I-0022
Redox proteome analysis of rat liver: gender-specific effects to diet and aging
  • P-I-0023
A pharmacological dimension to personalised phosphoproteomics of human skeletal muscle
  • P-I-0024
Analysing non-proteinaceous ubiquitination via NoPro-clipping
  • P-I-0025
Accelerating single-shot phosphoproteomics by identification and quantitation of > 100,000 phosphosites in human cell lines
  • P-I-0026
Comparison of phosphopeptide enrichment and LC-MS/MS acquisition methods to study cancer phosphoproteome
  • P-I-0027
Posttranslational modification of angiotensin II by pyridoxal-5'-phosphate as a new drug approach against high blood pressure
  • P-I-0028
Deciphering the role of ADP-ribosylation in CardioLaminopathy
  • P-I-0029
Secretome and degradome analysis reveal effects of Kallikrein-related peptidase 6 on ECM arrangement and immune recognition in PDAC
  • P-I-0030
SICyLIA-TMT: a multi-step labelling strategy for global redox proteomics
  • P-I-0031
A dynamic interaction landscape of the mammalian Hh signaling pathway
  • P-I-0032
Delineating organ phosphoproteomic landscapes and deregulated metabolic associated signaling under dietary intervention
  • P-I-0033
Comparative quantitative proteome and phosphoproteome analysis of castor bean (Ricinus communis L.) seed endosperm at different imbibition stages
  • P-I-0034
The phosphoproteome of stress granules
  • P-I-0035
Defining intracellular and extracellular role of AGR2: insights of from CRISPR-targeted breast cancer cells and DIA-NN analysis
  • P-I-0037
Comprehensive analysis of the redox proteome reveals survival pathways activated upon resistance to Pevonedistat
  • P-I-0038
Proteomic characterization of the protein S-glutathionylation pattern in stem and leukemic cells
  • P-I-0039
PM2.5 engages impairment of mucosal immunity, involving alteration of complement activation and cell junction assembly by regulated IL-17 levels: Pathological and proteomic approaches
  • P-I-0040
Redox proteomics identifies a novel adaptive mechanism of leukemic cells emerging upon exposure to hypomethylation therapy
  • P-I-0041
Histone variants and post-translational modifications in the regulation of plant callus formation
  • P-I-0042
Inhibition of TBK1/IKKε mediated RIPK1 phosphorylation sensitizes tumors to immune cell killing
  • P-I-0043
Global, site-resolved analysis of ubiquitylation occupancy and turnover rate reveals systems properties
  • P-I-0044
Proteomic workflows for substrate screening and site mapping of ubiquitin-like protein modification
  • P-I-0045
Proteomic and phosphoproteomic profiling of a TRIB2-KO glioblastoma-derived cell line reveals new roles in cell signaling
  • P-I-0046
Spike-in enhanced phosphoproteomics uncovers synergistic signaling responses to MEK inhibition in colon cancer cells
  • P-I-0047
Phosphoproteomic delineation of platelet activation states
  • P-I-0048
Multiproteomics approach reveals an axonogenesis and synaptogenesis disruption throughout congenital Zika syndrome progression
  • P-I-0049
Proteome-wide analysis of PTM-dependent protein conformational changes
  • P-I-0050
Pitfalls in phosphoproteomic data analysis
  • P-I-0051
Deep learning-assisted lactylprotein mining (DeepLaM) identifies potential pan-cancer biomarkers
  • P-I-0053
Quantitative phosphoproteomics identifies filamin C as a signaling hub of MAP kinases in skeletal muscle cells during acute mechanical stress
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