Source: Nanotech Now
Temperature controls many of the cell's life processes, such as splitting and metabolism. A European research team led by the Institute of Photonic Sciences (ICFO), which has the Severo Ochoa mark of excellence, has published a non-invasive method t ...
Full article at: Nanotech Now
More like this 3 days ago, 12:24pm CDT
Source: The Huffington Post
Engineers have invented a way to store a single rewriteable bit of data within the chromosome of a living cell--a kind of cellular switch that offers precise control over how and when genes are expressed. For three years, Jerome B ...
Full article at: The Huffington Post
More like this 3 days ago, 8:48am CDT
Source: Hawaii Reporter
- Professor Emeritis Ryuzo "Yana" Yanagimachi, the UH Manoa researcher who laid the scientific foundation for lab-assisted human reproduction (in vitro fertilization), is the 2012 recipient of the Pioneer in Reproduction Research ...
Full article at: Hawaii Reporter
More like this 3 days ago, 7:22pm CDT
Source: PLos BIology
Towards a cellular “Traffickome.” Systematic analysis of cargo receptors (CRs) demonstrates the rules governing specificity versus promiscuity in ER exit. All newly made proteins destined to be secreted from our cells or to function at the ce ...
Full article at: PLos BIology
More like this 3 days ago, 4:04pm CDT
Source: PLos BIology
A systematic approach to visualize proteins exiting the endoplasmic reticulum paired with their cargo receptors identifies novel cargo for known receptors and reveals the mechanism of one conserved receptor, Erv14. The endoplasmic reticul ...
Full article at: PLos BIology
More like this 3 days ago, 4:04pm CDT
Source: Popular Science
The next big breakthrough in synthetic biology just might come from an amateur scientist On Fillmore Street in San Francisco, in that stretch that’s still mostly boho coffee joints with a head shop and an art gallery or two, I met Mer ...
Full article at: Popular Science
More like this 4 days ago, 2:27pm CDT
Source: Kurzweilai
Under ultraviolet light, petri dishes containing cells glow red or green depending upon the orientation of a specific section of genetic code inside the cells' DNA. The section of DNA can be flipped back and forth using the RAD technique ...
Full article at: Kurzweilai
More like this 4 days ago, 6:56am CDT
Source: Chemistry World
Drew Endy and colleagues at Stanford University engineered a gene sequence containing a section of DNA that can exist in two opposite orientations - each giving rise to a different gene product - and incorporated it into cells ...
Full article at: Chemistry World
More like this 4 days ago, 4:29am CDT