THCV, found in certain types of cannabis, can go to your receptors and block anything already attached to them already (like THC). Additionally, it might help you control your appetite, meaning it could make it easier to manage your hunger.
Alpha-GPC is like a brain booster. It contains choline, which helps your brain make an important chemical called acetylcholine. This chemical is crucial for thinking, memory, and staying focused, which can be impaired after consuming THC.
L-theanine is like a calming agent for your brain. It can be found in tea leaves and helps you stay relaxed and focused without making you feel tired. This makes it easier for you to concentrate and think clearly.
HOW DOES HIBEGONE™ WORK?
HIBEGONE provides different results based on whether or not THC is present on your CB1 receptors.
WHAT ARE CB1 RECEPTORS?
CB1 receptors are a type of protein in our body that play a key role in how our nervous system functions. These receptors are involved in regulating various physiological processes including mood, memory, appetite control, pain perception, sleep regulation, and motor function.
When certain chemicals, called cannabinoids, bind to these receptors, they can influence these processes. The most well-known cannabinoid is THC, which is found in cannabis. When THC binds to CB1 receptors, it produces the "high" associated with cannabis use.
HOW YOUR TOLERANCE INCREASES
Over time, our CB1 receptors become desensitized from consistent cannabis use. This decrease in CB1 sensitivity means an increase in cannabis tolerance.
HIBEGONE can help reduce this increased cannabis tolerance if taken when THC is NOT present in your system.
THCV, an active ingredient in HIBEGONE’s patent-pending formula, stops CB1 receptors from becoming desensitized, resulting in increased CB1 receptor availability and enhanced responsiveness to cannabinoids like THC.
RECOVER FROM THE HIGH
When HIBEGONE is taken while THC is present in your system, HIBEGONE can help you come down from your high. THCV, one of HIBEGONE’s active ingredients, has the ability to reverse the effects of THC on the CB1 receptors by blocking or reducing the activity of the CB1 receptors, which counteracts the psychoactive effects induced by THC, leading to a reduced high.