Plants are a source of powerful natural medicine, offering humanity a vast array of compounds that can solve 100% of its healthcare needs. They serve as a vital lifeline to human existence on Earth, fulfilling crucial roles in our survival. They not only provide nourishment as a staple food source, but also contribute to the purification of the surrounding air. Additionally, through complex biochemical processes, they actively synthesize compounds that serve as essential medicines when humans encounter illness, showcasing the profound depth of their therapeutic capabilities.
In recent years, scientists have increasingly recognized plants as a vast reservoir of healing compounds, capable of addressing the entirety of the world’s healthcare challenges when fully leveraged. Plants achieve this remarkable feat through three fundamental mechanisms: firstly, by synthesizing compounds similar to those present in the human body; secondly, by storing these specialized biomolecules within their organs until they are harvested or utilized by humans; and finally, by enabling these compounds to mimic the activities of biomolecules within our bodies, thereby fostering improved healthcare outcomes.
Fascinatingly, for every compound or receptor present within the human body, plants generate analogous counterparts that can mimic their activities, thus controlling their functions. A typical example is the synthesis of estrogen and cannabinoids by plants. Estrogen is the primary female hormone responsible for regulating reproductive function, bone health, and cardiovascular health, among other crucial physiological processes; while cannabinoids regulate various physiological processes including mood, appetite, pain sensation, memory, immune function, and reproduction, helping to maintain balance and homeostasis within the body’s systems.
Scientists have identified varying concentrations of estrogen in garlic, cruciferous vegetables and flax seeds, while cannabinoids were predominantly identified in cannabis plants. Other possible sources of cannabinoids include cocoa, kava, black pepper, and liverworts.
Plant-synthesized biomolecules often produce similar effects when introduced into our system. Take cannabinoids from cannabis plants, for instance. Compounds found in the plant can interact with the Endocannabinoid System (ECS) to promote its activity. Think of the ECS as a master switch that instructs your body on what to do, when to do it and how to do it, and this effect can be controlled with the right cannabinoids from hemp.
Although many view hemp skeptically due to its potential for abuse, its production of cannabinoids that mimic our body’s biomolecules is remarkable. The interaction between cannabis-based cannabinoids and the ECS offers a similar effect when the system is controlled by natural molecules from our body. These natural molecules are known as endocannabinoids.
Endocannabinoids trigger the ECS to perform its activity, while cannabinoids from hemp mimic this activity to produce the same result. This means that when utilizing hemp-based products, we aren’t introducing foreign substances to our bodies; rather, we’re activating the endocannabinoid system to fulfill its natural function. A decrease in endocannabinoid levels within the human body has been associated with various conditions such as migraines and Irritable Bowel Syndrome (IBS), a phenomenon referred to as “clinical endocannabinoid deficiency.”
Plants promote healing by producing chemicals that mimic the ones in our bodies, giving us extra support. In instances where the concentration of these compounds is depleted within our systems, we can rely on specific plants to replenish them effectively, and that’s how plants heal us from within.
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