ScienceDaily: Health & Medicine News |
- Approved cancer drug potentially could help treat diabetes
- 'Wildly heterogeneous genes: New approach subtypes cancers by shared genetic effects; a step toward personalized medicine
- Hypertension researcher encourages colleagues to expand their focus
- Pinpointing the molecular path that makes antidepressants act quicker
- Fish skin immune responses resemble those of the gut
| Approved cancer drug potentially could help treat diabetes Posted: 15 Sep 2013 10:43 AM PDT Scientists have identified a molecular pathway -- a series of interaction among proteins -- involved in the development of diabetes. |
| Posted: 15 Sep 2013 10:42 AM PDT Cancer tumors almost never share the exact same genetic mutations, a fact that has confounded scientific efforts to better categorize cancer types and develop more targeted, effective treatments. Researchers propose a new approach called network-based stratification, which identifies cancer subtypes not by the singular mutations of individual patients, but by how those mutations affect shared genetic networks or systems. |
| Hypertension researcher encourages colleagues to expand their focus Posted: 14 Sep 2013 06:33 AM PDT One researcher has a simple message for fellow hypertension researchers: Think endothelin. |
| Pinpointing the molecular path that makes antidepressants act quicker Posted: 14 Sep 2013 06:33 AM PDT The reasons behind why it often takes people several weeks to feel the effect of newly prescribed antidepressants remains somewhat of a mystery – and likely, a frustration to both patients and physicians. How an antidepressant works on the biochemistry and behavior in mice lets researchers tease out the relative influence of two brain proteins on the pharmacology of an antidepressant. They found increased nerve-cell generation in the hippocampus and a quicker response to the antidepressant. |
| Fish skin immune responses resemble those of the gut Posted: 13 Sep 2013 04:50 PM PDT A new study has found that, not only does fish skin resemble the gut morphologically, but key components of skin immune responses are also akin to those of the gut. |
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