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Non-traditional imaging technique

Researchers used a special optical device called a nonlinear crystal, rather than an ordinary lens, to capture an image.



Imaging accurately depicts deep endometriosis

Using magnetic resonance imaging, radiologists may be able to diagnose deep endometriosis and accurately locate lesions prior to surgery, according to a new study published online.



Brain mapping and soft tissue imaging

Carl Zeiss has developed a unique series of solutions addressing the different methods for brain mapping and soft tissue imaging.



Reducing radiation in CT imaging

Emergency physicians who evaluate patients with non-specific chest pain using whole chest multi-detector CT combined with retrospective electrocardiogram gating can reduce the patient radiation dose.



Single protein dimers wavering observed with imaging technology

Researchers have used a very sensitive fluorescence technique to find that a bacterial protein thought to exist in one natural three-dimensional structure, can actually twist itself into a second form.



Imaging advance: Cellomics ToxInsight IVT Platform

Cellomics ToxInsight Solution offers a unique combination of imaging hardware and analysis software, and couples pre-validated panels of toxicity assessment targets, to provide a robust risk assessment tool.



Imaging obvserves memories being made

A recent study has captured an image for the first time of a mechanism, specifically protein translation, which underlies long-term memory formation.



Prototype Breast Cancer Imaging System

A prototype breast imaging system combining positron emission tomography and magnetic resonance imaging technologies could greatly improve breast cancer imaging capabilities, according to researchers.



Hybrid scanner imaging breakthrough

A major barrier to developing a hybrid positron emission tomography/magnetic resonance imaging system could be removed by using a novel approach for reconstructing data



New chemistry techniques improves imaging

A new PET/MR imaging system has been developed that can successfully provide whole-body images of rats and other small animals and could greatly improve imaging capabilities and advance research in many areas.



Non-linear optical materials hold promise for better imaging

When photographers zoom in on an object to see it better, they lose the wide-angle perspective - they are forced to trade off 'big picture' context for detail.



Super-resolution video imaging

A team of researchers has developed a microscope that is capable of live imaging at double the resolution of fluorescence microscopy using structured illumination.



Benefits and risk of advanced imaging

Unnecessary advanced imaging can be significantly reduced by providing a simple intervention of education to ordering physicians of the risks, benefits and alternatives of various imaging modalities.



Imaging Runner's high

In an imaging study researchers were able to show, for the first time, increased release of endorphins in certain areas of the athletes' brains during a two-hour jogging session.



Arsenic aids tumour imaging

Arsenic linked to a drug that binds to the blood vessels of cancerous tumours provides a powerful imaging agent that could one day allow physicians to detect hard-to-find tumours.



Optimal band imaging

A study shows that optimal band imaging used with an endoscope provided images that clearly identified depressed-type early gastric cancer.



Doubling imaging speed shows rapid wetting

By keeping track of the latest improvements in digital camera technology, KSV Instruments can now offer a substantial increase in imaging speed from 30 to 60 frames per second.



Digital imaging system for thin-layer chromatography

Dr Matthias Loppacher looks at a solution especially dedicated to thin-layer chromatography image analysis.



Imaging technology reveals the complexity of biomarkers

Dr Ronald Koop looks at an ultra high content analysis technology that has the capability to provide combinatorial, cell-based biomarkers.



Digital multimodal imaging for biomarker detection

Darlene Wood reports on the use of charged-coupled device imaging systems in life science research imaging applications.



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