Vaping cannabis products with rich THC content leads to drug-seeking behaviors in animal models. Read More
Brain and fetal development damage caused by exposure to CBD and THC are very similar defects seen in fetal alcohol syndrome. Read More
Mice exposed to dough containing THC were less active and had lower body temperature after consumption. The effects were more pronounced in males than females. Read More
Researchers have identified the structure of the human type 2 cannabinoid receptor. The findings, researchers say, can help in the development of new treatments for inflammatory and neurodegenerative diseases. Read More
Researchers shed light on the endocannabinoid system and report how cannabis is helping to provide relief to many with medical problems. Read More
A new study reveals how dangerous inflammations in the brain are caused during the aging process. Researchers say failure with the CB1 to control activity of immune cells may result in chronic neuroinflammation. They say it may be possible to break this vicious cycle in the future with drugs that contain THC, which is a powerful CB1 receptor activator. Read More
Researchers have synthesized THC molecules that can be altered by light. Read More
Findings shed light on the effect of marijuana on the developing brain and provide a target for cannabis use disorder. Read More
Researchers report low doses of THC can help restore memory and reverse some of the effects of brain aging in mice. The findings could open new avenues for treating dementia and other neurodegenerative diseases. Read More
Researchers report deficiencies of natural cannabinoids could result in a predisposition for developing depression and PTSD. Boosting the system could help in treating stress related disorders. Read More
A new study suggests developing new therapeutics that use cannabinoid receptors to treat chronic pain. Read More
Researchers have created the most detailed 3D structure to date of the brain receptor that binds and responds to the root of the marijuana high. Read More
