Definiens unveils new laboratory and medical image analysis platform

26 June2008

Definiens has introduced a new multi-dimensional image analysis platform, the Definiens XD. Software applications built on the platform extract previously unattainable levels of volumetric and morphological intelligence from digital data.

They provide scientists and clinicians with a deeper understanding of the subtle biological changes associated with disease progression and treatment, and the action and safety of new therapies.

Definiens XD fulfils formerly unmet needs, including precise and automated volumetric measurements of almost all structures and the ability to analyze virtually any multi-dimensional image data.

It is the first image analysis platform to facilitate the automated comparison of images from different modalities, in-vivo and in-vitro data, 2D and 3D images over time, and two-dimensional images to three-dimensional structures in a consistent and reproducible manner.

The technology allows consistent and precise 3D volumetric measurement; the most challenging but most accurate way of measuring structures of interest, including various lesions in the human body.

Definiens XD is built upon the next generation of Definiens Cognition Network Technology for extracting intelligence from images. Developed by Gerd Binnig, the 1986 Nobel Laureate for Physics, and his team, the technology emulates human cognitive processes.

Definiens’ technology differentiates itself from pixel-based and model-based matching technologies by recognizing groups of pixels as objects, picking out shapes, colours and textures. The technology examines objects contextually and can understand scale, overlapping objects and the relationship of two-dimensional images to three-dimensional shapes.

“Our new Definiens XD platform, enabled by the next generation of Definiens Cognition Network Technology, addresses the growing need for multidimensional image analysis tools in the healthcare industry,” said Wolfgang Rencken, Executive Vice President, Technology and Products and Member of the Executive Board of Definiens. “Definiens XD expands the capabilities of our technology, allowing us to serve new application fields.”

The increasing need for multi-dimensional image analysis technologies is demonstrated by the growth of confocal and fluorescence imaging, kinetic and chemotactic assays and non-invasive imaging. Definiens XD facilitates a wide range of multidimensional image analysis applications:

Basic research (2D + time series, 3D, 3D + time series):
Advances in fluorescent proteins (GFP, YFP, CFP), a wide range of fluorescent dyes, live cell and fixed cell fluorescence and confocal microscopy has resulted in their rapid adoption by biologists. Obtaining spatial (x, y, z) and time series images for analysis has become a necessity, as has the automated analysis of these images;

Pre-clinical small animal imaging (3D and 4D):
The growing use of non-invasive imaging devices manufactured for small animal imaging has significantly improved the quality of information derived from research studies. Many images can be acquired at different time points from the same animal and the ability to study the effect of therapeutic interventions in these animal models greatly improves statistical comparisons of therapeutic efficacy. Automating the analysis of this pre-clinical image data is central to the wider adoption of small animal imaging studies which deliver the molecular and preclinical imaging benefits identified in the FDA’s 2003 Critical Path to New Medical Products initiative; and

Medical imaging (3D and 4D):
In recent years, a wide range of advanced noninvasive medical imaging techniques have been introduced in biomedical practice, including various combinations of positron emission tomography (PET), dynamic computed tomography (CT), and magnetic resonance imaging (MRI). In addition to the imaging of morphological structure, the analysis and visualization of time series and functional imaging are gaining importance. Automated analysis of this medical imaging data can play a significant role in screening, treatment planning and staging, and computer aided detection (CAD) applications.

The company says the launch of Definiens XD represents an important milestone in its expansion in the life sciences market and entrance into the medical imaging market. It intends to expand its product offerings with CAD applications for medical professionals.

Your browser does not support inline frames or is currently configured not to display inline frames.	Your browser does not support inline frames or is currently configured not to display inline frames. Definiens unveils new laboratory and medical image analysis platform 26 June2008 Definiens has introduced a new multi-dimensional image analysis platform, the Definiens XD. Software applications built on the platform extract previously unattainable levels of volumetric and morphological intelligence from digital data. They provide scientists and clinicians with a deeper understanding of the subtle biological changes associated with disease progression and treatment, and the action and safety of new therapies. Definiens XD fulfils formerly unmet needs, including precise and automated volumetric measurements of almost all structures and the ability to analyze virtually any multi-dimensional image data. It is the first image analysis platform to facilitate the automated comparison of images from different modalities, in-vivo and in-vitro data, 2D and 3D images over time, and two-dimensional images to three-dimensional structures in a consistent and reproducible manner. The technology allows consistent and precise 3D volumetric measurement; the most challenging but most accurate way of measuring structures of interest, including various lesions in the human body. Definiens XD is built upon the next generation of Definiens Cognition Network Technology for extracting intelligence from images. Developed by Gerd Binnig, the 1986 Nobel Laureate for Physics, and his team, the technology emulates human cognitive processes. Definiens’ technology differentiates itself from pixel-based and model-based matching technologies by recognizing groups of pixels as objects, picking out shapes, colours and textures. The technology examines objects contextually and can understand scale, overlapping objects and the relationship of two-dimensional images to three-dimensional shapes. “Our new Definiens XD platform, enabled by the next generation of Definiens Cognition Network Technology, addresses the growing need for multidimensional image analysis tools in the healthcare industry,” said Wolfgang Rencken, Executive Vice President, Technology and Products and Member of the Executive Board of Definiens. “Definiens XD expands the capabilities of our technology, allowing us to serve new application fields.” The increasing need for multi-dimensional image analysis technologies is demonstrated by the growth of confocal and fluorescence imaging, kinetic and chemotactic assays and non-invasive imaging. Definiens XD facilitates a wide range of multidimensional image analysis applications: Basic research (2D + time series, 3D, 3D + time series): Advances in fluorescent proteins (GFP, YFP, CFP), a wide range of fluorescent dyes, live cell and fixed cell fluorescence and confocal microscopy has resulted in their rapid adoption by biologists. Obtaining spatial (x, y, z) and time series images for analysis has become a necessity, as has the automated analysis of these images; Pre-clinical small animal imaging (3D and 4D): The growing use of non-invasive imaging devices manufactured for small animal imaging has significantly improved the quality of information derived from research studies. Many images can be acquired at different time points from the same animal and the ability to study the effect of therapeutic interventions in these animal models greatly improves statistical comparisons of therapeutic efficacy. Automating the analysis of this pre-clinical image data is central to the wider adoption of small animal imaging studies which deliver the molecular and preclinical imaging benefits identified in the FDA’s 2003 Critical Path to New Medical Products initiative; and Medical imaging (3D and 4D): In recent years, a wide range of advanced noninvasive medical imaging techniques have been introduced in biomedical practice, including various combinations of positron emission tomography (PET), dynamic computed tomography (CT), and magnetic resonance imaging (MRI). In addition to the imaging of morphological structure, the analysis and visualization of time series and functional imaging are gaining importance. Automated analysis of this medical imaging data can play a significant role in screening, treatment planning and staging, and computer aided detection (CAD) applications. The company says the launch of Definiens XD represents an important milestone in its expansion in the life sciences market and entrance into the medical imaging market. It intends to expand its product offerings with CAD applications for medical professionals. Your browser does not support inline frames or is currently configured not to display inline frames. To top	Your browser does not support inline frames or is currently configured not to display inline frames.