Annie Coulson

3 weeks ago | biotechniques.com | Annie Coulson

A fluorescent probe for visualizing the signaling dynamics in metastatic cancer cells has been developed. A research team at the University of Turku (Finland), led by Johanna Ivaska and James Conway, has developed a novel fluorescent probe for visualizing signaling dynamics in invading breast cancer cells. This tool uncovered new therapeutic possibilities for limiting breast cancer spread and increased understanding of cancer cell invasion, which could extend to other solid tumors.

3 weeks ago | biotechniques.com | Annie Coulson

Spatial biology offers unprecedented insights into the complex organization of cells and tissues within their native environments. By preserving and analyzing the spatial context of biological molecules, this field illuminates how cellular location and interactions influence function, development and disease progression.

1 month ago | biotechniques.com | Annie Coulson

Did you miss this year’s Society for Laboratory Automation and Screening (SLAS) European conference and exhibition (20–22 May; Hamburg, Germany)? Don’t worry, we ventured through the exhibitor floor for you! We spoke to the biotech community about what they were presenting and how their products could impact their users. Advanced Instruments Advanced Instruments (MA, USA) is a global developer and manufacturer of analytical instruments and services.

1 month ago | biotechniques.com | Annie Coulson

Deleting a gene cluster in wheat leads to a new seed variety that could be less harmful to individuals with celiac disease. Researchers from the University of California, Davis (CA, USA), have targeted genes in wheat that underlie gluten protein production without affecting breadmaking quality. This work represents a promising step forward in celiac disease research; however, it does not mean that they have developed a celiac-safe form of wheat.

1 month ago | biotechniques.com | Annie Coulson

The impact of circadian disruption on muscle health and aging has been uncovered. A research team at King’s College London (UK) has uncovered the intrinsic and extrinsic effects that circadian disruption can have on muscle health and aging. This disruption, seen with shift work, can affect protein turnover and contribute to muscle wasting. A better understanding of these impacts enables strategies for improving health in shift workers to be developed.