Navigation Links
Breakthrough Microarray-based Technology for the Study of Cancer

ecificity and flexibility of the microarray platforms. As detailed in the PNAS paper, Agilent's breakthrough is founded on the modification of its gene-expression profiling microarray technology to improve its utility for DNA analysis applications. This new platform provides high sensitivity, enabling CGH researchers to reliably identify the single copy deletions in chromosomes that have been the most difficult to detect. Additionally, the technology allows for the use of total genomic DNA to detect chromosomal changes across the entire genome. The Platform enables amplification or non-amplification of total genomic DNA in studies of the whole genome, providing better ease of use and improved experimental design.
'"/>

Source:OBBeC


Page: 1 2

Related biology news :

1. Leukemia Drug Breakthrough Study In New England Journal Of Medicine
2. Breakthrough method in nanoparticle synthesis paves the way for new pharmaceutical and biomedical applications
3. Breakthrough isolating embryo-quality stem cells from blood
4. Breakthrough System for Understanding Ocean Plant Life Announced
5. Breakthrough: Scientists create worlds tiniest organic particles
6. Breakthrough in micro-device fabrication combines biology and synthetic chemistry
7. Sciences Breakthrough of the Year: Watching evolution in action
8. Breakthrough for stem cell research
9. Breakthrough in understanding type-2 diabetes as key genes identified
10. Breakthrough vaccine to treat chemo-resistant ovarian cancer
11. Affymetrix Licenses Microfluidics Technology From Caliper Life Sciences
Post Your Comments: