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NIH scientists highlight role of macrophages in HIV infection

New research suggests that macrophages are an underappreciated reservoir of virus in HIV infection. Macrophages continue to produce large amounts of an HIV-like virus even after CD4+ T cells are depleted, providing new insight on how the virus survives. This discovery may lead to new strategies for eliminating the virus from the body.

SourceNIH/National Institute of Allergy and Infectious Diseases·JournalProceedings of the National Academy of Sciences·DateDec 31, 2000

HIV drug leaves key part of immune system vulnerable

Researchers at Ohio State University found that a commonly used HIV drug, AZT, does not prevent virus-related damage to the thymus in young cats infected with FIV. The study suggests that antiviral therapy may need to be combined with other treatments to restore thymic function and protect against immune system problems.

SourceOhio State University·JournalAntimicrobial Agents and Chemotherapy·DateNov 27, 2000

Parent education program helps prevent AIDS

A Cornell University parent-education program has shown that it can triple the likelihood of parents discussing HIV risk reduction with their children. The program also significantly increases the likelihood that parents will make personal risk behavior changes and obtain HIV testing. The study, which involved 375 parents in New York C...

Duke, UNC to launch six-state study of HIV patients

Researchers will follow 1,000 HIV patients over three years to track health, attitudes, and treatment patterns, with a focus on rural areas where barriers hinder efforts to reduce HIV spread and mortality. The study aims to explore the role of coping mechanisms, stress, and social support in HIV transmission and disease progression.

Shorter AZT treatment reduces mother to child HIV transmission as well as longer treatment but for less cost

A shorter course of AZT therapy can reduce HIV transmission from mothers to children, now available at a lower cost. The study found that treatment regimens starting at 28 weeks pregnant and given to the infant for six weeks resulted in a transmission rate similar to standard long/long treatment.

New HIV model

A new mathematical model developed by University of Michigan scientist Denise Kirschner shows how HIV accelerates the normal process of homing, diverting white blood cells from the bloodstream to the lymph system. This understanding is crucial for developing effective treatments and targeting therapeutic drugs.

Small molecules used to block proteins in HIV

Researchers have developed a new approach to block HIV protease by using small molecules as a 'molecular wedge' to prevent protein interaction. This method may help prevent drug resistance and could be used to treat various diseases, including autoimmune disorders. The study is currently being tested at the National Institutes of Health.

Antiretroviral drugs require 95 percent adherence to work, find researchers at University of Pittsburgh Medical Center

A new study published in Annals of Internal Medicine found that HIV patients require at least 95 percent adherence to antiretroviral therapy for the drugs to work. The study also revealed that physicians often misjudge their patients' adherence, which could have serious consequences.

SourceUniversity of Pittsburgh Medical Center·JournalAnnals of Internal Medicine·DateJul 5, 2000

Studies on HIV voluntary counseling and testing in developing countries show positive results

Two studies found that voluntary counseling and testing significantly reduces unprotected intercourse among HIV individuals and couples, with behavior changes maintained over time. The studies also estimate the intervention's cost-effectiveness, finding it averts infections and saves lives at a lower cost than other HIV interventions.