Realizing the potential of population-scale proteogenomics.
“In late 2023, the UKB-PPP (UK Biobank-Pharma Proteomics Project) consortium reported the first outcomes from [MORE]
The Human Genome Project reached “completion” ten years ago, this past April 14th; and to mark that anniversary the [MORE]
When will DNA sequencing become a common option in clinical medicine? With most healthcare providers that may be a [MORE]
Chemical engineers at MIT have developed a new means for delivering therapeutics to targeted cells, calling their creation “RNAi [MORE]
DNA Robot
DNA’s ability to fold tightly probably explains why it survived in the primordial soup that covered the Earth before [MORE]
In the most severe forms of Huntington’s disease, a glutamine-coding DNA sequence on chromosome 7, CAG, can be repeated [MORE]
Genome Sequencing
DNA sequencing is a necessary, but not entirely sufficient step, toward personalized medicine. Providers have to figure out how [MORE]
This piece, from the American Association for Clinical Chemistry, is not a “how-to” guide for small labs, but rather [MORE]
"ROCK"
A collaborating research group at Georgetown University and the National Institutes of Health has shown that adding Rho kinase [MORE]
Realizing that the vascular system is not a simple set of different sized pipes, researchers at the MD Anderson [MORE]
Stamped Sample
Besides the $1,000 genome sequence, wouldn’t it be nice to have a ten cent medical lab-on-a-chip that could [MORE]
The cost of holding tissue in a frozen state is a major barrier to clinical biorepositories building their specimen [MORE]
Cells become cancerous when they loose their ability to undergo programmed cell death (known as “apoptosis”). Until recently, apoptosis [MORE]
Finding that skin cells are able to produce nitric oxide via a newly discovered pathway, researchers at the Scripps [MORE]