The method uses graphene-coated silica particles fused to complementary RNA to register impedance changes in the presence of viruses.

A team of Swedish researchers has received $3.3 million to develop a new nanotechnology platform for detecting blood-borne markers in lung and breast cancer.

The company's core technology involves the use of cultured cells as biosensors to detect expression levels of genes associated with the disease.

The team showed the approach could successfully monitor cytokines in infants after heart surgery, and is involved now in a larger clinical study expanding this research. 

British biotechnology firm QuantuMDx last week announced an agreement with the Genome Institute of Singapore that will see the partners develop a genetic test specific to Asian populations on QuantuMDx's nanowire array-based platform.

NEW YORK (GenomeWeb News) – Mediomics has reeled in a $997,251 grant from the National Cancer Institute to continue developing technologies for monitoring the titer and quality of recombinant biologics, the company said today.

Attana recently announced that it has been certified according to the International Organization for Standardization's 9001:2008 quality management systems standard.

Biomagnetics Diagnostics intends to develop a handheld, integrated optical biosensor for rapid diagnosis of HIV/AIDS, malaria, tuberculosis, and other pathogens.

STC.UNM, the technology-transfer arm for UNM, was lead institution on the agreement, under which Adaptive Methods may obtain an exclusive license to manufacture and sell a variety of products incorporating the biosensor technology.

Tech Transfer Tidbits


Pfizer and UCL to develop stem-cell therapies for AMD; Clarient licenses breast cancer biomarkers from Indiana U; Nanosys and Harvard to outlicense nanowire IP; Luminex settles with SUNY and U of Illinois, and more …


The London School of Economics' Daniele Fanelli argues at the Proceedings of the National Academy of Sciences that the reproducibility crisis in science isn't as dire as some say.

A team of researchers in Portugal has examined the genomic basis for racing pigeons' athleticism and navigational skills, finding it's likely polygenic.

Wired reports that diagnostic firms continue to seek, post-Theranos, the ability to diagnose diseases from small amounts of blood.

In Science this week: analysis of DNA from ancient North Africans, and more.