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Genetics News
Wed, 23 Apr 2014 13:26:45 EDT
Enzymes that help fix cancer-causing DNA defects disovered
An important enzyme pathway that helps prevent new cells from receiving too many or too few chromosomes, a condition that has been directly linked to cancer and other diseases, has been discovered by researchers. Near the end of cell division, the enzyme Cdc14 activates Yen1, an enzyme that ensures any breaks in DNA are fully repaired before the parent cell distributes copies of the genome to daughter cells, the researchers found. This process helps safeguard against some of the most devastating genome errors, including the loss of chromosomes or chromosome segments.
Wed, 23 Apr 2014 13:24:21 EDT
From liability to viability: Genes on the Y chromosome prove essential for male survival
The human Y chromosome has, over the course of millions of years of evolution, preserved a small set of genes that has ensured not only its own survival but also the survival of men. Moreover, the vast majority of these tenacious genes appear to have little if any role in sex determination or sperm production. Taken together, these remarkable findings suggest that because these Y-linked genes are active across the body, they may actually be contributing to differences in disease susceptibility and severity observed between men and women.
Wed, 23 Apr 2014 11:15:59 EDT
Following a protein's travel inside cells is key to improving patient monitoring, drug development
A technique to detect subcellular location of a protein has been developed by scientists. In science, "simple and accessible detection methods that can rapidly screen a large cell population with the resolution of a single cell inside that population has been seriously lacking," said one engineer involved in the study. Their work involved a simple and unique tweak to the conventional cell staining process allowed the researchers to accurately define the subcellular location of the protein by measuring the amount of the residual protein after release.
Tue, 22 Apr 2014 20:23:15 EDT
Getting at the root of mountain pine beetle's rapid habitat expansion
The mountain pine beetle has wreaked havoc in North America, across forests from the American Southwest to British Columbia and Alberta, with the potential to spread all the way to the Atlantic coast. Using a newly sequenced beetle genome, authors examined how the pine beetle could undergo such rapid habitat range expansion.
Tue, 22 Apr 2014 14:20:38 EDT
Bioinformatics profiling identifies a new mammalian clock gene
Over 15 mammalian clock proteins have been identified, but researchers surmise there are more. Could big data approaches help find them? To accelerate clock-gene discovery, investigators used a computer-assisted approach to identify and rank candidate clock components, which they liken to online Netflix-like profiling of movie suggestions for customers. This approach found a new core clock gene, which the team named CHRONO.
Tue, 22 Apr 2014 14:20:36 EDT
Critical new protein complex involved in learning, memory
A protein complex that plays a critical but previously unknown role in learning and memory formation has been identified by researchers. "This is a critical building block that regulates a fundamental process -- memory," said the lead author of the study. "Now that we know about this important new player, it offers a unique therapeutic window if we can find a way to enhance its function."
Tue, 22 Apr 2014 13:09:42 EDT
New patenting guidelines needed for biotechnology, experts argue
Biotechnology scientists must be aware of the broad patent landscape and push for new patent and licensing guidelines, according to a new paper. Biotechnological inventions have been patented for several decades, though the criteria for patent eligibility have been refined through numerous court decisions. One of the most influential determined that "anything under the sun made by man" could be patented, leading to the diverse biotechnology patent landscape seen today, the authors said.
Tue, 22 Apr 2014 13:09:38 EDT
Neuroimaging Technique: Live from inside the cell in real-time
A novel imaging technique provides insights into the role of redox signaling and reactive oxygen species in living neurons, in real time. Scientists have developed a new optical microscopy technique to unravel the role of 'oxidative stress' in healthy as well as injured nervous systems.
Tue, 22 Apr 2014 13:08:51 EDT
How cells take out the trash
As people around the world mark Earth Day (April 22) with activities that protect the planet, our cells are busy safeguarding their own environment. To keep themselves neat, tidy and above all healthy, cells rely on a variety of recycling and trash removal systems. If it weren't for these systems, cells could look like microscopic junkyards -- and worse, they might not function properly.
Tue, 22 Apr 2014 12:54:27 EDT
For an immune cell, microgravity mimics aging
Telling someone to "act your age" is another way of asking him or her to behave better. Age, however, does not always bring improvements. Certain cells of the immune system tend to misbehave with age, leaving the elderly more vulnerable to illness. Because these cells are known to misbehave similarly during spaceflight, researchers are studying the effects of microgravity on immune cells to better understand how our immune systems change as we age.
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