Hepatitis B :: Researchers find way to fight treacherous hepatitis B

One in four people who are chronically infected with hepatitis B will die from its impact if untreated, but a team of researchers at the Stanford University School of Medicine has identified the most cost-effective way of fighting this treacherous infection.

Heart Disease :: Depression, aging, and proteins made by a virus may all play role in heart disease

Researchers here have linked an increase in two immune system proteins essential for inflammation to a latent viral infection and proposed a chain of events that might accelerate cardiovascular disease. The same process may be involved in a host of other ailments plaguing the elderly.

Genome :: Giardia genome unlocked

Giardia lamblia, one of the most common human parasites in the United States, causes more than 20,000 intestinal infections a year, often through contact with contaminated drinking or swimming water. In the Sept. 28 issue of Science, an international team led by researchers at the MBL describe the complete genome (genetic sequence) of Giardia, which could lead to the development of new drugs to combat this persistent infection, called giardiasis.

Liver :: Immune system modulation can halt liver failure

Massachusetts General Hospital (MGH) researchers have a developed a totally new approach to treating liver failure – manipulating the immune response. If the results of the animal study can be applied in human patients, the approach may be able to keep patients alive until donor organs become available or to support liver function until the organ can regenerate itself, eliminating the need for a transplant.

Cancer :: Discovery of widespread tumor growth gene holds promise for effective anti-cancer treatment

Italian scientists will announce today (Monday September 24) that they have found a new and promising target for anti-tumour therapy in cancer. Professor Saverio Alberti, from the CESI, University of Chieti Foundation, Chieti, will tell the European Cancer Conference (ECCO 14) that he and his team have found a widespread mechanism for the stimulation of tumour growth in man, and that this is leading to the development of novel diagnostic and therapeutic procedures.