Poster zum Thema "Spatial and Imaging Proteomics"

Zurück
  • P-I-0233
Spatial dynamic proteotyping of surfaceome proteostasis using DynCSC
  • Jonas B. Albinus (Zurich / CH; Lausanne / CH)
  • P-I-0235
Integrating MALDI-MSI and imaging mass cytometry to reveal intratumoral heterogeneity in breast cancer subtypes induced by the tumor microenvironment
  • P-I-0236
Myelin-axon interface vulnerability uncovered by subcellular proteomics and imaging of Alzheimer's human brain
  • P-I-0237
Proteome dynamics in iPSC-derived human dopaminergic neurons
  • P-I-0238
Hypothesis-free discovery of the subcellular proteome: a total-sync ultra-content microscopic opto-biotinylation system
  • P-I-0239
High-confidence mapping of the human peroxisomal proteome through multifaceted spatial proteomics
  • P-I-0240
Mapping molecular complexity with spatially-resolved proteomics
  • P-I-0241
Cartographic analysis of the human cell surface proteome using proximity labeling proteomics
  • P-I-0242
Click and detect: a new generation of tagged probes for customed targeted multiplex MS imaging
  • P-I-0243
Cell type resolved tissue proteomics to identify drivers of cancer therapy resistance in head and neck cancer
  • P-I-0244
Advancing spatial multi-omics analysis in brain tissue by integrating MALDI-MSI with LCM-MS
  • P-I-0245
Filling in missing pieces in the proteomic picture of amyloidosis by MALDI TIMS imaging supervised segmentation analysis and label-free intensity profiling
  • P-I-0246
Glycocapture-based cell surface proteome analysis of human epidermal melanocytes and melanoma cells
  • P-I-0247
A high-resolution spatio-temporal atlas of the testicular germ cell proteome
  • P-I-0248
Comparative spatial proteomics as a tool to understand difficult-to-express molecules in CHO cell lines
  • P-I-0249
MALDI image-based molecular classification of difficult-to-diagnose rare gastrointestinal tumors in dialog with pathological and clinical aspects
  • P-I-0250
Intratumor heterogeneity causes spatial proteome variation in NSCLC patients
  • P-I-0251
Mapping the functional protein nanoscale organization in T Cell bispecific antibody-induced immunological synapses using LUX-MS
  • P-I-0252
Spatial proteomics reveals the dynamic phenotypic landscape of vascular smooth muscle cells (VSMCs) in atherosclerosis
  • P-I-0253
Heterogeneity assessment and protein pathway prediction via spatial Lipidomic and proteomic correlation: advancing dry proteomics concept for human Glioblastoma prognosis
  • P-I-0254
Deciphering pulmonary tumor microenvironment through MALDI imaging mass spectrometry: new approaches for tumor expansion inhibition
  • P-I-0255
High throughput proteomic profiling of tumor immunophenotypes by integrating microPOTS sample preparation, laser dissection, and implanted microtumor array
  • P-I-0256
Spatial proteomics of ovarian cancer precursor lesions
  • P-I-0257
Systematic evaluation of the performance metrics for spatial proteomics workflow and its application on colorectal cancer samples
  • P-I-0258
The human Ovarian cortex: unraveling spatial dynamics across the lifespan and treatment exposures
  • P-I-0259
Spatial proteomics characterizes the transition of precancerous lesions of the fallopian tube to invasive cancer
  • P-I-0260
Investigating chemoresistance in triple negative breast cancer, by imaging-guided MS-proteomics
  • P-I-0261
Democratizing spatial proteomics: creative solutions for an affordable pipeline
  • P-I-0263
Microscopy-guided proteomics to explore non-genetic drug resistance
  • P-I-0264
Label-free DIA-based workflow for single-cell proteomic analysis on an Orbitrap ascend tribrid mass spectrometer
  • P-I-0265
Organelle restructuring during cortical neuron maturation revealed by dynamic organellar maps
  • P-I-0266
Spatial proteomics provides new insight into proteostasis processes during acute mitochondrial stress
  • P-I-0267
Investigation of antiangiogenic tyrosine kinase inhibitors in primary and metastatic tumor models
  • P-I-0268
The proteomic landscape of synaptic diversity across brain regions and cell types
  • P-I-0269
Reducing the impact of contamination to produce reliable single cell proteomics data
  • P-I-0270
Location, location, location: exploration of the spatial proteome of plants
  • P-I-0271
Neuromelanin granules show a characteristic proteomic profile in Parkinson's disease
  • P-I-0272
Spatially resolved ultra visual MicroProteomics via hydrogel-based tissue expansion
  • P-I-0273
Deciphering the complexity of spatial-temporal proteomics via subcellular location optimal transport
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