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Drug may limit radiation damage
April 10, 2008
Courtesy Science
and World Science staff
Researchers say they have developed a drug that protects animals’ bone marrow and gastrointestinal cells from destructive radiation.
The compound protects ordinary cells without reducing the effectiveness of radiation therapy against tumor cells, making it a potentially useful adjunct to cancer treatment, the scientists said.
Radiation is a key treatment for many cancers, but drugs that limit its devastating effects on healthy cells are needed to reduce the sometimes severe side effects. The new drug, CBLB502, tested in mice and monkeys, works by activating a well-known molecular mechanism that some cancer cells use to stave off cell death, said the researchers.
The study, by Lyudmila Burdelya of Roswell Park Cancer Institute in Buffalo, N.Y. and colleagues, is to appear in the April 11 issue of the research journal
Science.
One dose of the drug given to the animals shortly before receiving radiation therapy significantly reduced radiation damage to bone marrow and gastrointestinal cells and prolonged the animals’ survival, according to the group. The researchers also
said the drug might be useful in radiation emergencies, such as during a nuclear plant malfunction or “dirty bomb” detonation.
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Researchers say they have developed a drug that protects animals’ bone marrow and gastrointestinal cells from destruction by radiation.
The compound protects ordinary cells without reducing the effectiveness of radiation therapy against tumor cells, making it a potentially useful adjunct to cancer treatment, the scientists said.
Radiation is a key treatment for many cancers, but drugs that limit its devastating effects on healthy cells are needed to reduce the sometimes severe side effects. The new drug, CBLB502, tested in mice and monkeys, works by activating a well-known molecular mechanism that some cancer cells use to stave off cell death, said the researchers.
The study, by Lyudmila Burdelya of Roswell Park Cancer Institute in Buffalo, N.Y. and colleagues, is to appear in the April 11 issue of the research journal Science.
One dose of the drug given to the animals shortly before receiving radiation therapy significantly reduced radiation damage to bone marrow and gastrointestinal cells and prolonged the animals’ survival, according to the group. The researchers also say the drug might be useful as a protectant in radiation emergencies, such as radiation exposure during a nuclear plant malfunction or “dirty bomb” detonation.
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