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Researchers at George Mason University and Tulane National Primate Research Center have developed a groundbreaking HIV-like virus particle that could potentially eliminate the need for lifelong medications for HIV patients.
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The special HIV Rev-dependent lentiviral vector uses an HIV protein, Rev, to target and activate therapeutic genes in HIV-infected cells, potentially reducing viral reservoirs and boosting the immune system to produce antiviral neutralizing antibodies.
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This new approach, known as "rehab and redeem," aims to turn reservoir cells into releasing defective viruses that can act as a vaccine to stimulate neutralizing antibodies, showing promise in controlling viremia and reducing virus levels in the blood and brain.
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Collaborative animal studies on monkeys infected with SIVmac239, a virus similar to HIV, have shown significant reduction in virus levels after ceasing antiretroviral therapy, indicating promising results for potential transformative HIV treatments.
- The next steps involve expanding and optimizing animal studies funded by the NIH, followed by human clinical trials to further develop this innovative treatment that could benefit the 1.2 million people in the United States and 39 million worldwide living with HIV.
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HIV/AIDS, Infectious Diseases, Pharmacists