A researcher at the University of Wisconsin-Madison School of Medicine and Public Health has discovered a new part of the complicated mechanism that governs the formation of blood vessels, or angiogenesis.
| Molecular & Cell Biology | September 29, 2006 08:22 PM |
A researcher at the University of Wisconsin-Madison School of Medicine and Public Health has discovered a new part of the complicated mechanism that governs the formation of blood vessels, or angiogenesis.
| Full story | 0 Comments | 7566 views |
| Biology | September 29, 2006 07:22 PM |
A new McGill University study that used thermal imaging technology for the first time ever to measure sexual arousal rates has turned the conventional wisdom that women become aroused more slowly than men on its head.
| Full story | 0 Comments | 7175 views |
| Biology | September 29, 2006 04:24 PM |
Leptin, a hormone critical for normal food intake and metabolism, exerts a strong effect on appetite by acting in the mid-brain region as well as in the hypothalamus, according to a Yale School of Medicine study in Neuron.
| Full story | 0 Comments | 7984 views |
| Health & Medicine | September 29, 2006 02:24 PM |
Amgen today announced AmgenTM Oncology Assistance (AOA), a comprehensive, multi-faceted financial assistance program that will include a "cap" on out-of-pocket co-payments for cancer patients receiving VectibixTM (panitumumab). Through AOA, patients who are uninsured, underinsured, or unable to afford their insurance co-payments will receive help obtaining financial support for Amgen's cancer medicines.
| Full story | 0 Comments | 6438 views |
| Microbiology | September 29, 2006 12:24 PM |
To study the bacteria which survive in extreme cold, scientists no longer have to go to extreme environments, such as Antarctic lakes and glaciers. Bacteria previously isolated from polar climates, and have properties which allow them to survive in extreme cold, have been isolated from soil in temperate environments.
| Full story | 0 Comments | 6396 views |
| Molecular & Cell Biology | September 29, 2006 10:24 AM |
Investigators at St. Jude Children's Research Hospital have discovered that a protein called ABCB6 plays a central role in production of a molecule that is key to the ability of red blood cells to carry oxygen, of liver cells to break down toxins, and of cells to extract energy from nutrients.
| Full story | 0 Comments | 8256 views |