Linkmarks

Items waiting in the Pocket queue: 0

Enter one or more words
Enter one or more words
Enter one or more words
Complete Genomics, the company that is lighting a fire in the genomics community with its claim that it will sequence human genomes for $5,000 apiece in the middle of 2009. ... Although Complete Genomics’ ability to accurately decode genomes seems to be within the range of its competitors, it falls short of the 100% accuracy that is ultimately desired. The upshot is that the coming revolution in genomics in the next few years will be...

2009-02-10

 genetic sequencing genome
The study, which was carried out on just 1% of our DNA code, challenges the view that genes are the main players in driving our biochemistry. Instead, it suggests genes, so called junk DNA and other elements, together weave an intricate control network. ... He explained that the study had found junk DNA was being transcribed, or copied, into RNA - an active molecule that relays information from DNA to the cellular machinery. He added:...

2007-06-14

 genome human RNA DNA genetics
Fossil hunters have uncovered the remains of a dinosaur that has much of its soft tissue still intact.

2007-12-03

 genetics dinosaur mummy fossil genome reconstruction cloning
Some scientists hold out hope that well preserved sperm or other cells containing viable DNA could be used to resurrect the mammoth. ... One population of mammoths lived on in isolation on Russia's remote Wrangel Island until about 5,000 years ago...

2007-07-10

 mammoth genetics genome reconstruction cloning
Although the human genome sequence faithfully lists (almost) every single DNA base of the roughly 3 billion bases that make up a human genome, it doesn't tell biologists much about how its function is regulated. Now, researchers at the Salk Institute provide the first detailed map of the human epigenome, the layer of genetic control beyond the regulation inherent in the sequence of the genes themselves...

2009-10-14

 epigenome genome genetics
Scientists have worked out the 3D structure of the human genome. Their findings, published in Science magazine, reveal how long strands of DNA code are folded and tightly packed into the nucleus of a human cell. Unfolded, the cell's genome - those strands of DNA code - would be approximately 2m in length. The team showed how this is organised into a tight ball to fit inside a nucleus, which is about one hundredth of a millimetre in...

2009-10-10

 genome human 3D visualization DNA
The YRI Trio Public Data Set provides complete genome sequence data for three Yoruba individuals from Ibadan, Nigeria, which represent the first human genomes sequenced using Illumina’s next generation Sequence-by-Synthesis technology.

2009-10-19

 Amazon genome human database
In fact, there are more genes in the flora in the intestinal system than the rest of our bodies. So many that they are being dubbed our "second genome"...

2010-03-03

 genome microorganism human body biology genetics nutrition digestion intestine
A US scientist has had all his DNA screened for genes which predict the diseases he may develop in later life.

2010-04-30

 DNA genome sequencing medicine personal future risk
A startup is developing a new and potentially much cheaper sequencing technology based on microfluidics.

2010-06-07

 genome DNA personal genetics
Leaders of a global project to catalogue differences in human DNA say they have successfully mapped 95% of all variations.

2010-10-27

 variation complexity genome genetics medicine DNA
I published all of my known genetic data as open source and released all my rights to the data. I’m proud to be the first person in the world to commit my genetic data into a decentralized source control system under a public domain license. The initial reactions that I received when I told some of my friends that I was going to do this was a combination of shock and skepticism.

2011-02-12

 genetics information open source genome personal privacy DNA health identity philosophy
Traces of ancient viruses which infected our ancestors millions of years ago are more widespread in us than previously thought. A study shows how extensively viruses from as far back as the dinosaur era still thrive in our genetic material. It sheds light on the origins of a big proportion of our genetic material, much of which is still not understood. The scientists investigated the genomes of 38 mammals including humans, mice, rats,...

2012-04-24

 virus dinosaur ancient cell genome human animal genetics