New Study Confirms Cannabis Improves Immunity in HIV Patients
HIV patients who test positive for past exposure to cannabis have higher CD4+ and CD8+ counts than those who test negative for the herb.
” target=”_blank”>Photo credit
HIV patients who test positive for past exposure to cannabis have higher CD4+ and CD8+ counts than those who test negative for the herb, according to a study published in the journal Drug and Alcohol Dependence. CD4+ and CD8+ cells are a subcategory of white blood cells, assisting in the immune response process.
The team of scientists from Virginia State University and University of Florida Center for AIDS/HIV Research looked at variances in the lymphocyte count among HIV patients whose urinalysis tested positive for THC and those who tested negative for THC. They discovered that,
After adjusting for demographic and HIV-related covariates, THC-positive patients had significantly higher CD4+ and CD8+ counts than their THC-negative counterparts…
The current findings are in line with previous research, reporting daily marijuana users have higher CD4+ cell counts and lower viral load than their non-using and infrequent using counterparts.
This preliminary study shows THC positive patients having better HIV-related immune levels than their negative counterparts, despite not being statistically different on various demographic HIV-related covariates…
The current findings suggest a potentially beneficial role to marijuana, additional to symptom palliation. – Drug and Alcohol Dependence
Results confirm previous findings
Back in 2011, another study showed the ability of THC to stave off HIV. Study author Patricia E. Molina performed that study on monkeys.
The journal AIDS Research and Human Retroviruses finally published Dr. Molina’s study in 2014, more than three years after it was completed. It was largely overlooked by mainstream media, perhaps because THC was already well known for treating the “wasting” symptoms of HIV, like nausea and loss of appetite. (This is from whence the popular medical marijuana mantra “Munchies Save Lives” arose.)
Amanda Reiman, California policy manager for the Drug Policy Alliance, was at the conference in 2011 when Dr. Molina first presented her results.
It was groundbreaking. Everyone was in awe. – Amanda Reiman
In the 17-month study, Dr. Molina and her team of Louisiana State University scientists administered concentrated THC to 4-to-6-year-old male rhesus monkeys who were SIV-positive (the simian version of HIV), twice daily. Examination of intestinal tissue before and after the THC exposure showed large decreases in tissue damage in the stomach and a significant increase in the numbers of normal cells.
The changes that THC produces in the gut are called “microbial translocation.” In the course of HIV infection, one of the earliest effects is that the virus quickly spreads through the body and kills a significant number of cells in the gut and intestine. This damages the gut in a way that allows HIV to leak through the cell wall of the intestines and into the bloodstream.
When THC is introduced into this environment, it activates the CB2 receptors in the intestines to build new, healthy bacterial cells blocking the virus from leaking through the cell walls. In other words, it helps the body keep the bad stuff inside the intestines, and out of the bloodstream.
HIV kills the cells that protect the intestinal walls; THC helps bring them back.
When we started the study, we thought [THC] was going to increase viral load [the amount of HIV virus that is present in the gut]. It adds to the picture and it builds a little bit more information around the potential mechanisms that might be playing a role in the modulation of the infection. – Dr. Patricia E. Molina
We took a look at some of the research behind the munchies to see what’s going on in the brain.
An ordinance restricting cannabis ads is scheduled to go into effect on July 23rd. It is meant to spare children exposure to cannabis and will have a significant effect on cannabis brands in Los Angeles.
“Special K” has shown incredible medical potential for treating depression in preliminary studies.