May 20, 1988 |
For the first time, researchers have been able to use genetic engineering techniques to produce key parts of disease-fighting antibodies in bacterial cells, a Santa Monica-based biotechnology company said in a report published today. Biologists at International Genetic Engineering Inc. (Ingene) used the technique to produce an antibody fragment that binds specifically to human colon cancer cells.
CALIFORNIA | LOCAL
November 27, 1985 |
The mother of an 11-year-old El Toro boy sought an injunction against the Saddleback Unified School District on Tuesday, claiming that he was expelled from school after it was discovered that he has an AIDS-linked antibody in his blood. School district officials said the boy had never been expelled but was being tutored at home at his mother's request.
CALIFORNIA | LOCAL
November 2, 1987
Dr. Leroy Hood, a Caltech molecular geneticist, in September was one of three scientists to win the prestigious Lasker Basic Medical Research Award for helping explain how the immune system creates an almost endless variety of antibodies to protect the human body from foreign invaders. The immune system is believed crucial to curing many of man's diseases, a fact reflected in the number of Nobel prizes granted in this field.
September 6, 1991 |
Up to 40% of operations to open clogged arteries fail when the vessels develop new blockages. Now a laboratory study with rats shows that an antibody may prevent this problem, offering new hope for human heart disease patients. Researchers at the University of Washington report that they have used an antibody extracted from goats to keep arteries clear in rats that underwent an operation commonly used in human heart disease to open up blocked vessels.
CALIFORNIA | LOCAL
October 30, 1995 |
Researchers studying the AIDS virus report in the journal Nature that it could remain infectious even when surrounded by neutralizing antibodies that would normally destroy it. A team at Virginia Commonwealth University examined follicular dendritic cells (FDCs) in the lymph nodes where large amounts of HIV, the AIDS virus, congregate.
April 28, 1994 |
In a development that could lead to major improvements in the treatment of autoimmune diseases, cancer, AIDS and organ rejection in humans, two California companies report today that they have been able to genetically engineer mice so that they produce human antibodies. Mouse cells that produce these antibodies can then be grown in laboratory vats to produce large amounts of so-called monoclonal antibodies that, when given to patients, can attack and destroy diseased cells.
August 13, 2002 |
A growing herd of cloned calves may provide a variety of human antibodies to treat diseases ranging from childhood ear infections to smallpox, researchers said Monday. The cloned and genetically engineered calves carry not just a single human gene, but a section of genes that controls the production of many different antibodies, a team at privately owned Hematech reported.
February 11, 2010 |
Three years after the U.S. blood-banking industry recommended against transfusing plasma from female donors because of a potentially life-threatening antibody reaction, researchers have found that plasma from women may actually be better, not worse, for heart surgery patients. In a study of patients treated before the new guidelines were implemented, those receiving plasma from women were only half as likely to suffer lung complications from the surgery and were 45% less likely to be hospitalized or die in the 10 days after surgery, a Duke University Medical Center team reported.
February 14, 1991 |
In a major advance against a leading cause of death, a national study has found that a genetically engineered medication may significantly reduce the death rate of patients with severe bacterial infections of their bloodstreams. The experimental drug, known as HA-1A, is a human monoclonal antibody, a man-made form of a specialized immune system molecule designed to protect the body against disease. However, the medication remains unavailable to most patients who might benefit from it. The U.S.
July 9, 2010 |
An effective vaccine against the AIDS virus may have moved one step closer to reality, researchers said Thursday. Federal researchers have identified a pair of naturally occurring antibodies that are able to kill more than 90% of all strains of the AIDS virus, a finding they say could lead to the development of new treatments for HIV infections and to the production of the first successful vaccine against the virus. HIV, the virus that causes AIDS, is notoriously mutable, changing the composition of proteins on its surface with ease to escape pressure from the immune system.