Software-based image analysis of 2-D PAGE maps is an important step for the investigation of proteome. Warping algorithms, which are employed to register spots among gels, are able to overcome the difficulties due to the low reproducibility of this analytical technique. Over the years, the research of new matching and warping mathematical methods has allowed the development of several routine applications of easy-to-use software. This chapter describes common and basic spatial transformations used for the alignment of protein spots present in different gel maps; some recently new approaches are also presented
In Proteomics, Differential Analysis is the method of studying 2-D Electrophoresis (2-DE) images by...
AbstractIt is shown how to use various ideas from computational geometry to derive a new algorithmic...
Hierarchical grid transformation is a powerful hierarchical approach to 2-D map warping, able to mod...
Software-based image analysis of 2-D PAGE maps is an important step for the investigation of proteom...
Abstract We present a new approach for aligning families of 2D gels. Instead of choosing one of the ...
A crucial step in two-dimensional gel based protein expression analysis is to match spots in differe...
Proteomics has gained a wide interest in the last decade since it involves the comparative study of ...
Abstract Background In current comparative proteomics studies, the large number of images generated ...
Gel-based proteomics is still quite widespread due to its high-resolution power; the experimental ap...
Hierarchical grid transformation is a powerful approach to SDS 2DPAGE maps warping. The hierarchy of...
Hierarchical grid transformation is a powerful approach to SDS 2DPAGE maps warping. The hierarchy of...
Image registration describes the process of manipulating a distorted version of an image such that i...
AbstractData analysis at the pixel level instead of the protein spot level in the context of experim...
This review describes two mathematical approaches useful for decoding the complex signal of 2D-PAGE ...
Abstract. In proteomics, electrophoretic 2-D gels are used to separate the proteome according to the...
In Proteomics, Differential Analysis is the method of studying 2-D Electrophoresis (2-DE) images by...
AbstractIt is shown how to use various ideas from computational geometry to derive a new algorithmic...
Hierarchical grid transformation is a powerful hierarchical approach to 2-D map warping, able to mod...
Software-based image analysis of 2-D PAGE maps is an important step for the investigation of proteom...
Abstract We present a new approach for aligning families of 2D gels. Instead of choosing one of the ...
A crucial step in two-dimensional gel based protein expression analysis is to match spots in differe...
Proteomics has gained a wide interest in the last decade since it involves the comparative study of ...
Abstract Background In current comparative proteomics studies, the large number of images generated ...
Gel-based proteomics is still quite widespread due to its high-resolution power; the experimental ap...
Hierarchical grid transformation is a powerful approach to SDS 2DPAGE maps warping. The hierarchy of...
Hierarchical grid transformation is a powerful approach to SDS 2DPAGE maps warping. The hierarchy of...
Image registration describes the process of manipulating a distorted version of an image such that i...
AbstractData analysis at the pixel level instead of the protein spot level in the context of experim...
This review describes two mathematical approaches useful for decoding the complex signal of 2D-PAGE ...
Abstract. In proteomics, electrophoretic 2-D gels are used to separate the proteome according to the...
In Proteomics, Differential Analysis is the method of studying 2-D Electrophoresis (2-DE) images by...
AbstractIt is shown how to use various ideas from computational geometry to derive a new algorithmic...
Hierarchical grid transformation is a powerful hierarchical approach to 2-D map warping, able to mod...