Genomics
The National Institutes of Health launches the Symptom Science Center
The National Institutes of Health, National Institute of Nursing Research (NIH NINR) launched the Symptom Science Center on June 27th, 2019 at the NIH Campus in Bethesda, MD. This event, attended by over 500 individuals, marks a momentous occasion for both clinical and translational multidisciplinary research. Read More
A convergence of technologies, revolutionizing next-generation sequencing
A new, powerful combination of biochips and next-generation sequencing (NGS) is capable of solving unique and important biological problems, such as single-cell, rare-cell or rare-molecule analysis, which NGS can't do on its own. Read More
Purchasing products: Experiences with scientists and suppliers
Recently, we asked over 900 members of the SAB to tell us more about how they purchase products through life science suppliers, and the factors that influence their selection of supplier. Read More
Customer service and technical support: From your perspective
Over 700 members of the SAB recently took part in a survey regarding their experiences with customer service and technical support through life science suppliers. We thought you’d like to know a little more about some of the results from this project, to understand how some of the research we conduct with your help ends up! Read More
New study shows the importance of ethnicity in genomic variants associated with disease
27 new genomic variants associated with conditions such as blood pressure, type 2 diabetes, cigarette use and chronic kidney disease in diverse populations have been identified by the National Institutes of Health. Data from nearly 50,000 participants from various ethnic backgrounds were tested to determine how genomic variants influence risk to certain diseases. Read More
Global Collaboration Launched for Large-Scale DNA Study Exploring Connection Between Genetics and Disease
A new partnership was announced between Intermountain Healthcare and deCODE Genetics to collaborate on the largest DNA mapping effort undertaken in the US from a single population. The initiative, called the HerediGene: Population Study, will analyze the complete DNA of 500,000 participants. Read More
UK Scientists Weigh In on Brexit and Laboratory Spending - Science Advisory Board Insights
The long road to a resolution of the Brexit situation appeared to be nearing an end earlier this year, with the deadline set for March 29 to finalize how Britain would exit the EU. A “hard” Brexit, the case if no EU-Britain agreement is reached, would remove Britain from the EU’s single market among other consequences. A “soft” exit would result in Britain remaining part of the single market, but not an EU member. With a government stalemate in Britain, the EU agreed to extend the deadline until October 31, though a deal may come sooner. Read More
The Promise of Targeted Therapeutics in Cancer Treatment
In 2018, the International Agency for Research on Cancer reported more than 18 million people were diagnosed with cancer. Between 40 and 45 million people worldwide are living with cancer and nearly 9.6 million people die. Cancer deaths occur in about 50% of people who develop cancer in developed countries; this is in contrast to 80% death rate in cancer patients in underdeveloped countries. The numbers are staggering. But there is hope, as scientists around the globe work on developing new technologies, in the form of targeted therapies, to combat the incidence of cancer. Read More
The Intersection of Life Scientists and Social Media: A Revolution
How do your peers receive information online and how do they utilize social media as a means of learning new information and sharing content? These are just a few of the questions that our colleagues at BioInformatics Inc. explored in a recent report about digital marketing to life scientists. Read More
Tech Overview - Atomic Absorption Spectroscopy
In today's post, we'll be discussing one of the techniques used to determine the concentration of particular elements in a sample. Atomic absorption spectroscopy (AAS) is a spectro-analytical technique for the quantitative assessment of chemical elements through the absorption of optical radiation by free atoms in the gaseous state. The technique had its start in the 19th century, but underwent significant development in the 1950s. The core method has gone largely unchanged since. AAS can be used to determine over 70 different elements in solution or solid samples. Read More
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