Our convenient, easy-to-swallow Microcaps might be tiny but they pack a powerful punch of full-spectrum hemp extract! We took our knowledge of how the Hemp plant works, combined that with Terpenes and doubled-down on quality & potency for the best Microcap you can find. Whether you need to boost your daily immunity or get a good night’s sleep – look no further than Plant Love Microcaps. We partnered with one of the first gel-cap producer's in the industry to formulate a potent, FDA-certified, premium, organic CO2 hemp distillate with our proprietary terpene-infused blend. Our Microcaps are a great source of cannabinoids, flavonoids, terpenoids as well as fatty acids. Made for ease, our small blister packs are small enough to just pop in your bag and take on the day! Never be without your hemp extract!
OUR TERPENE PROFILES
Beta-Caryophyllene - Beta-Caryophyllene is the only terpene thus far proven to interact with the endocannabinoid system directly. This terpene works directly with CB2 receptors which modulate pain and is a potent anti-inflammatory agent, useful for pain relief and swelling.
Alpha-Humulene – Used for centuries in Eastern Medicine, this terpene is a powerful analgesic, anti-bacterial, and anti-inflammatory agent. It has also shown promise as an appetite suppressor.
Myrcene – One of the most commonly found terpenes in cannabis and hemp; it is highly relaxing causing a calming or over-all less anxious feeling.
Linalool – Lots of studies have been done on Linalool and it is shown to have a large variety of healing properties. There is some indication that Linalool is useful in making the immune system more resilient to the destructiveness stress causes the body. It may be pain-relieving, relaxing, anti-anxiety, and stress-reducing.
Terpinolene – Terpinolene displays antiseptic properties as well as being mildly sedative. Additionally, it helps reduce anxiety and shows promise as an antioxidant.
Alpha-Pinene – Most famous for its anti-inflammatory benefits, it is also anti-microbial and may help aid in memory retention.