The rapid growth of proteomics has been made possible by the development of reproducible
2D gels and biological mass spectrometry. However, despite technical improvements 2D …

We present an elastic registration algorithm for the alignment of biological images. Our
method combines and extends some of the best techniques available in the context of …

Characterizing the complete proteome of multicellular organisms is a challenging task using
the currently available technologies. With the increasing degree of genetic complexity …

Databases for two‐dimensional protein gels pose new challenges in extracting meaningful
information from large numbers of experiments. In order to create expression profiles …

A computer implemented method of triggering events in a video, the method comprising:
providing a list of objects with their states and corresponding events in video such that each …

Efficient analysis of protein expression by using two‐dimensional electrophoresis (2‐DE)
data relies on the use of automated image processing techniques. The overall success of …

Gel electrophoresis serves as a basic analytical tool in the proteomic studies. However,
processing of gel electrophoretic images is still the main bottleneck of data analysis, and …

We propose a suite of novel algorithms for image analysis of protein expression images
obtained from 2‐D electrophoresis. These algorithms are a segmentation algorithm for …

The use of cup‐loading for sample application has become widely used in two‐dimensional
electrophoresis (2‐DE) for resolution of basic proteins, but no side‐by‐side quantitative …

Two-dimensional electrophoresis (2-DE) provides a rapid means for separating thousands
of proteins from cell and tissue samples in one run. Although this powerful research tool has …