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Technology

Image: bioMerieux’s “VIVEK MS” system for identification of pathogenic microbes (Photo courtesy of bioMerieux).

FDA Clears System Enabling Identification of Nearly 200 Pathogenic Microbes, Reduces Time to Identification

A mass spectrometry system for automated identification of bacteria and yeasts, covering the vast majority of microbial infections currently afflicting humans, has now been cleared for clinical use in the USA. More...
03 Sep 2013
Image: Microfluidic chip capturing cancer cells (Photo courtesy of Peking University).

Microfluidic Chip Captures Live Tumor Cells from Blood

A neoteric microfluidic chip has been developed that can quickly and efficiently segregate and capture live circulating tumor cells from a patient's blood. More...
28 Aug 2013

Non-DEHP and Phthalate-Free Tubing Now Available for Routine Laboratory Applications

A major European manufacturer of high-performance flexible tubing and other plastic laboratory products has introduced a bio-based, phthalate-free product for use in routine laboratory applications. More...
27 Aug 2013
Image: Cell-free DNA BCT tube (Photo courtesy of Streck, Inc.).

Blood Collection Device Minimizes Cellular DNA Release

Cell-free DNA circulating in blood is currently used for noninvasive diagnostic and prognostic tests and minimizing background DNA is vital for detection of low abundance cfDNA. More...
27 Aug 2013

Infected Blood Cells' Electrical Properties Indicate Early Malaria

A new prototype device recognizes electrical properties of Plasmodium falciparum-infected cells as signatures of disease. More...
27 Aug 2013
Image: Field-based Diagnostic Device (Photo courtesy of the University of Washington).

Disposable Device Developed for Infectious Diseases

An easy-to-use device that can detect a wide range of diseases in less than an hour based on color-changing paper is under development. More...
22 Aug 2013
Image: Eprobe, a highly efficient and reliable fluorescent probe for PCR DNA amplification techniques and DNA analysis in hybridization experiments, has been developed by researchers from the Japanese firms RIKEN and K.K. DNAFORM. This technology will enable the development of new, advanced assays for DNA-based genetic testing and help to bring the benefits of genome-wide sequencing studies to patients in the clinic (Photo courtesy of RIKEN).

New Dual-Functional Fluorescent Probe for DNA Hybridization and Melting Point Analysis

Japanese researchers have described a new approach for combining real-time PCR amplification and melting curve analysis in a single-tube reaction, which provides a powerful means for new mutation detection assays. More...
20 Aug 2013
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LabMedica's Lab Technology channel informs on laboratory medicine techniques, while keeping an eye on new hardware, LIM software, consumables, and lab trends, techniques and safety.
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