The increase in quantity of spatial proteomics data requires a range of analytical techniques to effectively analyse the data. We provide a method of integrating spatial proteomics data together with protein-protein interaction (PPI) networks to enable the extraction of more information. A strong relationship between spatial proteomics and PPI network data was demonstrated. Then a method of converting the PPI network into vectors using spatial proteomics data was explained which allows the integration of the two datasets. The resulting vectors were tested using machine learning techniques and reasonable predictive accuracy was found
Motivation: High-throughput protein interaction data, with ever-increasing volume, are becoming the ...
Background: Protein-protein interactions (PPIs) are a critical component for many underlying biologi...
Interactions among proteins are essential to almost all cellular functions. Several experimental and...
Quantitative mass-spectrometry-based spatial proteomics involves elaborate, expensive, and time-cons...
Integrating spatiotemporal proteomics data with protein–protein interaction (PPI) data can help rese...
Spatial proteomics involves the systematic study of proteins and their assignments to distinct spati...
Recent advances in experimental technologies allow for the detection of a complete cell proteome. Pr...
<p>Organelle proteomics, or spatial proteomics, is the systematic study of protein sub-cellular loca...
Spatial proteomics is the systematic study of protein sub-cellular localisation. In this workflow, w...
Quantitative mass spectrometry based spatial proteomics involves elaborate, expensive and time consu...
Knowledge of the subcellular location of a protein gives valuable insight into its function. The fie...
Detection of protein complexes by analyzing and understanding PPI networks is an important task and ...
Interactomics: a complete survey from data generation to knowledge extraction With the increasing u...
The major focus of an interdisciplinary field of study termed proteomics is a comprehensive analysis...
This thesis describes the development of PINALOG, a protein interaction network alignment method, an...
Motivation: High-throughput protein interaction data, with ever-increasing volume, are becoming the ...
Background: Protein-protein interactions (PPIs) are a critical component for many underlying biologi...
Interactions among proteins are essential to almost all cellular functions. Several experimental and...
Quantitative mass-spectrometry-based spatial proteomics involves elaborate, expensive, and time-cons...
Integrating spatiotemporal proteomics data with protein–protein interaction (PPI) data can help rese...
Spatial proteomics involves the systematic study of proteins and their assignments to distinct spati...
Recent advances in experimental technologies allow for the detection of a complete cell proteome. Pr...
<p>Organelle proteomics, or spatial proteomics, is the systematic study of protein sub-cellular loca...
Spatial proteomics is the systematic study of protein sub-cellular localisation. In this workflow, w...
Quantitative mass spectrometry based spatial proteomics involves elaborate, expensive and time consu...
Knowledge of the subcellular location of a protein gives valuable insight into its function. The fie...
Detection of protein complexes by analyzing and understanding PPI networks is an important task and ...
Interactomics: a complete survey from data generation to knowledge extraction With the increasing u...
The major focus of an interdisciplinary field of study termed proteomics is a comprehensive analysis...
This thesis describes the development of PINALOG, a protein interaction network alignment method, an...
Motivation: High-throughput protein interaction data, with ever-increasing volume, are becoming the ...
Background: Protein-protein interactions (PPIs) are a critical component for many underlying biologi...
Interactions among proteins are essential to almost all cellular functions. Several experimental and...