Meetings and Deadlines
July 01, 2010
Seegene, DuPont Ink Agreement for Food Safety Testing
May 24, 2012
Metabolic Study Suggests Glycine Involved in Rapid Cancer Cell Growth
May 24, 2012
UK Agency Granting $7.9M to Develop Synthetic Bio Technology Platform
May 24, 2012
Genomics In The Journals
May 24, 2012
UK Invests $29.8M in Genome Analysis Centre as Part of Broader $392M Bioscience Investment
May 24, 2012
FDA Clears Cepheid's GeneXpert Infinity-80 System
May 24, 2012
Transgenomic to Acquire Biorepository from Gene Logic
May 24, 2012
DARPA Awards $15.6M for Synthetic Biology Machinery, Methods
May 24, 2012
Science
A study published in
Science Translational Medicine suggests high-throughput sequencing is
effective for finding post-treatment leukemia cells that can lead to patient relapse. Researchers used sequencing to test matched pre- and post-chemotherapy samples from 43 individuals with T-lineage acute lymphoblastic leukemia. They found that the sequencing method tracked down minimal residual disease in 25 of the cases tested, including several missed by flow cytometry.
Business
Agilent Technologies will spend $2.2 billion to
acquire Danish diagnostics firm Dako. The deal marks a major push by Agilent into the diagnostics arena and provides the firm with Dako's portfolio of immunohistochemical cancer diagnostic tools and emerging companion diagnostics alliances as well as an entry into the $2.2 billion anatomic pathology market. Dako is expected to generate $373 million in revenues in fiscal 2013 with a $68 million operating profit.
Funding
The National Institute on Aging will
provide up to $6 million in 2013 to support up to three projects undertaking whole exome and/or whole genome sequencing data analysis to identify genomic contributions to both the risk for and protection against Alzheimer's disease. The funding program is part of the Presidential Initiative on Alzheimer's Disease and is expected to fund between one and three awards with up to $2 million direct cost per award for fiscal year 2013.
Genome Technology Magazine
More than a decade ago, fluorescent reporter studies highlighted the
stochastic nature of gene expression, and biologists then began to examine the phenotypic heterogeneity they saw in clonal cell populations, through they chalked up what they saw to noisiness in gene expression. Still, researchers wondered about the cause of the randomness they had observed. Now, biophysicists and systems biologists are looking into that question and aim to figure out how and why single cells and molecules behave the way they do, and the consequences of that behavior.