Category Archives: HIV care

Study: People with HIV more likely to have high blood pressure

From MyHIVteam

People with HIV are more likely than people without the virus to have high blood pressure, in part because of treatments and repercussions of the condition itself, a new review of research shows.

Learning more about the underlying mechanisms of high blood pressure in people with HIV is critical in preventing one of the leading conditions that can cause premature cardiovascular disease in those adults, the researchers said. The implications are important in a population that has seen the rate of people dying from heart disease and stroke skyrocket over the last decade.

“I think that we really need to pay special attention to this population,” said Dr. Sasha Fahme, the study’s lead author and a global health research fellow at Weill Cornell Medical College in New York City. “Now that people [with HIV] are living longer, we are seeing the non-infectious consequences of HIV, and hypertension [high blood pressure] is one of them.”

Read the full article.

NIH: Viral suppression achieved when at-risk populations are engaged in care

NIH press release

Gay, bisexual and other men who have sex with men and transgender women with HIV, who are not in care, can be engaged in care when reached and connected with HIV treatment services, according to findings from a clinical trial supported by the National Institutes of Health. Nearly half of the study participants achieved and maintained viral suppression by one year, researchers reported today at the 10th IAS Conference on HIV Science (IAS 2019) in Mexico City.

Effective HIV treatment resulting in sustained viral suppression benefits the health of the person with HIV and also prevents sexual transmission of the virus to others. The clinical trial, called HPTN 078, assessed an HIV prevention strategy involving a peer-to-peer recruitment method to identify, recruit and link to HIV care men and transgender women with unsuppressed HIV in the United States. It also evaluated whether a case management intervention could help them achieve and maintain viral suppression.

Read more.

Documentary 5B shows the real heroes of the AIDS epidemic

From People.com

This was a time when people weren’t even touching patients with HIV,” says Priyanka Chopra, a prominent supporter of the film on behalf of the AIDS charity RED, which will receive 30 percent of all box office proceeds. “They would lay in their soiled bedsheets for days where nobody would come and even enter their room to feed them. At that time, these nurses chose to not think about whether they would live or die and actually the nobility of the profession is what you see in this movie.”

The film, which received a four-minute standing ovation at the Cannes Film Festival last month, features the nurses of ward 5B at San Francisco General Hospital who didn’t allow societal ignorance, prejudice and fear curtail their drive to administer compassionate health care to patients who had otherwise been cast aside. These were patients who most health care professionals wouldn’t touch without wearing gloves, even a hazmat suit.

Read the full article.

 

New immunotherapy kills HIV: Pitt Men’s Study participants “vital to the success of this study”

In a first on the quest to cure HIV, University of Pittsburgh Graduate School of Public Health scientists report today in EBioMedicine that they’ve developed an all-in-one immunotherapy approach that not only kicks HIV out of hiding in the immune system, but also kills it. The key lies in immune cells designed to recognize an entirely different virus.

The discovery, made in the laboratory using cells from people with HIV, is yet to be tested in clinical trials, but could lead to the development of a vaccine that would allow people positive for HIV to stop taking daily medications to keep the virus in check.

“A lot of scientists are trying to develop a cure for HIV, and it’s usually built around the ‘kick and kill’ concept – kick the virus out of hiding and then kill it,” said senior author Robbie Mailliard, Ph.D., assistant professor of infectious diseases and microbiology at Pitt Public Health. “There are some promising therapies being developed for the kill, but the Holy Grail is figuring out which cells are harboring HIV so we know what to kick.”

Antiretroviral therapy (ART) typically controls HIV infections so well that the virus is virtually undetectable in the blood and cannot easily infect other people. But if a person with HIV stops taking the daily regimen of medications, which come with many side-effects, the virus can rage back and turn into full-blown AIDS. This is because the virus goes into a latent, inactive phase where it incorporates itself into the DNA of certain immune cells called “T helper cells,” and lurks while a person is taking ART.

Mailliard and his team decided to look at a different virus that also goes latent and infects more than half of adults – and 95 percent of those with HIV: Cytomegalovirus (CMV), which can cause eye infections and other serious illnesses, but is usually controlled by a healthy immune system.

“The immune system spends a lot of time keeping CMV in check; in some people, 1 one out of every 5 T cells are specific to that one virus,” said co-author Charles Rinaldo, Ph.D., professor and chair of Pitt Public Health’s Department of Infectious Diseases and Microbiology. “That got us thinking – maybe those cells that are specific to fighting CMV also make up a large part of the latent HIV reservoir. So we engineered our immunotherapy to not only target HIV, but to also activate CMV-specific T helper cells.”

To run the experiment, the team needed blood – and lots of it – from people with HIV controlled by ART. Nearly two dozen participants stepped up from the Pitt Men’s Study, the Pittsburgh  site of the Multicenter AIDS Cohort Study (MACS), a research study of the natural history of treated and untreated HIV/AIDS in men who have sex with men.

“The MACS participants were vital to the success of this study,” said first author Jan Kristoff, M.S., a doctoral candidate at Pitt Public Health. “You have to collect a lot of blood to find T cells latently infected with functional HIV in people on ART – it could be as few as 1 out of every 10 million cells. So the men would sit for as long as four hours hooked up to a machine that processed their blood and came back multiple times to give more samples.”

Read more on the UPMC Website.