A practical guide to where each of these six plants came from, how they've been used, the compounds that make them work, and what modern studies have found. Part of a larger mission: helping people move away from synthetics and back toward food, minerals, clean water, sunlight, and the traditional herbs and spices that supported human health for thousands of years.
Key Takeaways
Chronic illness is now the defining health problem of the modern world, and the majority of it is driven by how we live and eat, not by a shortage of prescriptions. Our position at Boost Blenz is straightforward: real health is built from inputs. The body was designed for whole food from healthy soil, minerals, clean and mineralized water, sunlight, movement, contact with the earth, and the herbs and spices humans have relied on for millennia. Synthetics were meant to be the exception. They became the default.
Learning the herbs is part of reversing that. Below is the factual case for the six plants in this formula origin, traditional use, active compounds, and the research with no filler.
1. Sweet Wormwood, Artemisia annua
Plant family: Asteraceae (the daisy/sunflower family). An annual herb native to temperate Asia, long naturalized worldwide.
Origin & history: Used in Chinese medicine for more than 2,000 years under the name qīnghāo. Its earliest surviving medical reference is in Ge Hong's Handbook of Prescriptions for Emergencies, written around 340 AD, where it was prescribed for intermittent fevers. It has a long traditional record for digestive wellness and parasite support.
Active compound: Artemisinin, a sesquiterpene lactone concentrated in the plant's leaves and flowers.
The research: In 1972, pharmaceutical chemist Tu Youyou isolated artemisinin from Artemisia annua while screening traditional remedies. The compound proved highly active against malaria parasites that had grown resistant to existing synthetic drugs, and artemisinin-based therapies are now credited with saving millions of lives. In 2015, Tu Youyou received the Nobel Prize in Physiology or Medicine, a modern breakthrough drawn directly from a 1,600-year-old herbal text.
A Nobel Prize drawn from a 1,600-year-old herbal text
2. Black Walnut Hulls
Plant family: Juglandaceae. A hardwood tree native to eastern North America.
Origin & history: Used for generations by Native American peoples, who valued the green outer hull (not the nut) as a cleansing remedy. The practice carried into early American folk medicine. Traditionally used to help create an intestinal environment less hospitable to unwanted organisms.
Active compounds: Juglone (5-hydroxy-1,4-naphthoquinone) plus a high concentration of tannins, both found in the hull.
The research: Laboratory studies have examined black walnut and juglone for antimicrobial and antifungal activity, providing a scientific basis for its long traditional use in cleansing protocols.
It is the hull, not the nut
3. Cloves
Plant family: Myrtaceae. The spice is the plant's dried, unopened flower bud.
Origin & history: For most of recorded history, cloves grew only on a few islands in Indonesia's Maluku archipelago (the "Spice Islands," notably Ternate and Tidore). They were among the most valuable commodities in the ancient and medieval spice trade. Records indicate cloves were used in the Chinese Han court (roughly 2,000 years ago), where officials reportedly held them in the mouth to freshen breath before addressing the emperor. Cloves feature widely in traditional cleansing and digestive preparations.
Active compound: Eugenol, which makes up roughly 70–90% of clove oil, one of the most extensively studied plant phenolics.
The research: A 2023 study in the journal Pathogens ("Eugenol; Effective Anthelmintic Compound against Foodborne Parasite Trichinella spiralis Muscle Larvae and Adult") tested eugenol in the lab and found it effective at killing the parasite at both its larval and adult stages.
4. Pumpkin Seed
Plant family: Cucurbitaceae (the gourd family).
Origin & history: Native to the Americas and among the oldest domesticated plants on Earth, archaeological evidence places pumpkin domestication in Mexico at nearly 10,000 years ago, predating maize and beans. Indigenous peoples across the Americas used the seeds as food and as a traditional remedy to expel intestinal worms; the practice spread globally.
Active compound: Cucurbitin, an amino acid found in the seeds and long associated with their anti-parasitic (anthelmintic) reputation.
The research: In published anthelmintic studies, pumpkin seed extracts reduced worm burden in infected animals. The proposed mechanism is that the seed compounds paralyze the worms, causing them to lose their grip on the intestinal wall so the body can clear them naturally.
Older than maize and beans
5. Ginger Root
Plant family: Zingiberaceae. The edible part is the rhizome (underground stem).
Origin & history: One of the most ancient cultivated spices, likely originating in Maritime Southeast Asia. It has been grown and traded for well over 4,000 years and no longer occurs in the wild. Ginger is central to both Ayurveda and Traditional Chinese Medicine, where it has long been used to support digestion and calm the stomach.
Active compounds: Gingerols (and, when dried, shogaols), the pungent compounds responsible for its effects.
The research: A 2019 systematic review of clinical trials published in Food Science & Nutrition evaluated ginger across gastrointestinal conditions and found it helped accelerate gastric emptying and reduce nausea, measurable digestive support documented in human trials.
6. Orange Peel
Plant family: Rutaceae. The medicinal part is the dried outer peel.
Origin & history: Oranges originated in China and Southeast Asia. Dried citrus peel, known in Traditional Chinese Medicine as chén pí ("aged peel"), has been used for more than 2,000 years to support digestion and relieve stomach discomfort, and is traditionally aged, with older peel considered more valuable.
Active compounds: d-Limonene (a citrus terpene concentrated in the peel oil) and hesperidin (a citrus flavonoid).
The research: d-Limonene, the primary compound in orange peel, has been studied for supporting stomach and digestive comfort, aligning with the peel's long-documented traditional use.
