MRSA :: Waging war on the deadliest superbug

It infiltrates hospitals as microscopic spores. Its defenses are so strong it can resist most antibiotics. And it kills three times as many people every year as MRSA. But scientists at the University of Nottingham are amassing an arsenal of weapons in preparation for counter offensive against the most deadly of hospital superbugs.

Genetic :: Protein Plays Crucial Role in Repairing Genetic Damage

Researchers have discovered that a protein called ATM kinase, which plays a crucial role in repairing double-strand breaks in DNA, also helps prevent cells with this type of DNA damage from dividing, thereby blocking the passage of persistent DNA damage on to daughter cells.

Lung :: Antibodies protect mice from developing respiratory tularemia

A research team led by Dennis W. Metzger, Ph.D., at the Albany Medical College in New York has now shown that treating laboratory mice with a serum containing tularemia-specific antibodies protects the mice against F. tularensis, not only if given before exposure to lethal doses of inhalational F. tularensis but also up to 48 hours after exposure. These findings suggest a possible alternative treatment approach to traditional antibiotics.

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