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RANDOX LABORATORIES

Lab Technologies

Image: Microscopy images taken of Zika-infected primate placenta samples that were stained to detect Zika by immunohistochemistry. The left image shows a sample treated with the EASE protocol, with red/orange colored signals of Zika infection clearly visible (white arrows). The right image shows a sample treated with a standard protocol, and Zika virus - though present - was not detected (Photo courtesy of the University of Washington).

Horseradish Complex Increases Sensitivity of Immunochemical Assays

A new technique boosts the sensitivity of immunochemical reactions that rely on the enzyme horseradish peroxidase from 100 to 1,000 times. More...
01 Aug 2017
Image: New 3D printing technologies allow researchers to create patient-specific heart valve models that mimic the physiological qualities of the real valves. This image shows the submerged valve during flow testing (Photo courtesy of the Georgia Institute of Technology).

3D-Printed Heart Valve Models Mimic Physiology

Cardiovascular disease researchers used an advanced multi-material three-dimensional printing technique to create patient-specific heart valve models that mimic the physiological qualities of human valves. More...
17 Jul 2017
Image: Research being conducted uses an atmospheric-pressure glow discharge plasma to probe samples for elemental and molecular species, and could lead to user-friendly MS analyses with broad capabilities (Photo courtesy of the Rensselaer Polytechnic Institute).

Mass Spectrometry Detection for the Masses

Researchers are developing a plasma-based technology to enable generalized use of mass spectrometry (MS) with new instruments that can analyze a much broader range of molecular species than current technology allows. More...
17 Jul 2017
Image: The in situ decellularization of tissues (ISDoT) process reveals the ECM structure of a decellularized breast cancer lymphatic metastasis (Photo courtesy of Alejandro Mayorca-Guiliani).

Decellurization Technique Enhances Study of ECM Structure

A new method has been developed that allows complete removal of cells from within organs of the body to enhance the study of extracellular membrane (ECM) composition and structure. More...
12 Jul 2017
Image: Determining which stain on these paper filters (top row) is from blood (C) rather than coffee (A) or tea (B) is easier with the new, more selective artemisinin-luminol chemiluminescence test for forensic bloodstain detection (bottom row) (Photo courtesy of ACS).

Antimalarial Compound Improves Forensics of Bloodstains

Forensic investigators often use a luminol chemiluminescence test to detect latent bloodstains at crime scenes. Now, researchers have found that combining luminol with the antimalarial drug artemisinin, a natural peroxide, reduces the risk of false positives compared to the traditional method that mainly uses hydrogen peroxide or sodium perborate as coreactants. They also obtained test results using a smartphone, which could provide highly accurate on-scene analyses. More...
12 Jun 2017
Image: The Cytation 1 cell imaging multimode reader (Photo courtesy of BioTek Instruments).

New Digital Microscope Boasts Augmented Software

A new automated digital quantitative multi-mode microscope has been released for use by biotech and other life science researchers. More...
08 Jun 2017
Image: The Univo Electric Capper/Decapper CP480 (Photo courtesy of Micronic).

Automated Instrument Delivers Rapid Seal of Tubes

An automated capping/decapping instrument has been guaranteed to evenly seal an entire rack of 96 tubes within seven seconds. More...
07 Jun 2017
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