As cannabis increasingly gains acceptance as an alternative medicine, it’s crucial that individuals understand its primary components – THC and CBD. Each plays a unique role in how they affect your body.
CBD does not cause psychoactive effects; however, THC produces psychoactive effects. Crave Vape provide a versatile option for those seeking the benefits of cannabinoids like THC and CBD. Understanding their distinct effects can help you choose the right Crave blend for relaxation, stress relief, or therapeutic benefits without psychoactive effects.
What is CBD?
CBD is one of the more than 100 cannabinoids produced by cannabis plants, and offers therapeutic properties without producing the “high” associated with THC.
CBD and THC are among the most frequently-used cannabinoids found in recreational and medical marijuana respectively. THC (delta-9-tetrahydrocannabinol) produces psychoactive reactions in the brain that alter how you feel – often creating feelings of euphoria or even an “high” sensation; CBD on the other hand does not create this high sensation, providing therapeutic benefits without side effects.
As CBD can interfere with some medications such as blood thinners and can impede liver metabolisation of other drugs, it’s highly advisable to contact a healthcare professional prior to beginning to take it. They will also be able to give the appropriate dosage based on your specific condition – it is also essential that any existing anxiety or depression medications be disclosed as this could require gradually decreasing dose or altering how it’s taken in order for effective care.
What is THC?
THC, commonly found in cannabis plants, is a psychoactive compound that produces psychoactive effects in humans. When exposed to our body’s endocannabinoid system it interacts with CB1 receptors binding them for altered perception, feelings of euphoria, or hunger – producing effects such as altered perception and altered feelings of hunger.
Smoked THC travels directly from lungs into bloodstream and has an immediate impact on decisions and actions, along with flooding dopamine-rich areas of brain that produce feelings of reward and pleasure.
THC, the main active component of marijuana, has long been used to treat various medical conditions and symptoms. Available in oral doses or vaped directly onto skin for application directly, THC has even been approved by the Food and Drug Administration to alleviate nausea associated with chemotherapy regimens like Cyclophosphamide and Methotrexate; however federal and state marijuana laws often change quickly so consumers should stay up-to-date on local legalities regarding consumption.
How Does CBD Work?
CBD interacts with various receptors in your brain and body, including cannabinoid receptors but also activating ionotropic and nuclear receptors. Furthermore, CBD may alter calcium levels in brain cells which plays a key role in how cells communicate between each other.
CBD may increase serotonin in your body, helping reduce stress and anxiety, reduce inflammatory signals and ease pain – just some of its many potential advantages for health – though scientists continue to learn more.
CBD comes in various forms, such as oils, tinctures, capsules and sprays. You can take CBD orally using sublingual drops, apply it topically as cream or ointment or take an oral pill called Sativex approved in some countries to treat rheumatoid arthritis and multiple sclerosis pain via Sativex prescription drug; test-tube studies show it reduces spasticity while decreasing pain at rest and during movement.
How Does THC Work?
Human bodies contain a network of receptors that respond to cannabinoids – molecules produced by cannabis such as THC and CBD that stimulate these receptors. We also make cannabinoids known as endocannabinoids which serve as control signals to various bodily functions.
THC works by binding to CB1 receptors in the brain. This triggers a release of dopamine that produces feelings of pleasure and reward – this release of dopamine is what produces THC’s high.
THC serves multiple functions. Aside from producing a high, it acts as a neurotransmitter by modulating how presynaptic neurons send messages by blocking signals that prevent postsynaptic neurons from sending neurotransmitters – thus altering normal brain activity and leading to its effects.