Deep dives into Mimosa hostilis, natural dyeing, botanical skincare, and the ancient science behind one of the world's most remarkable botanicals.
Found us through Google and wondering whether we’re real? Start here. Learn how to verify us — and any other vendor — before you send a dollar, spot the red flags, and protect yourself from common MHRB scams.
Mimosa hostilis. Mimosa tenuiflora. Jurema Preta. Tepezcohuite. Same plant, different centuries. The complete naming history of the world’s most misunderstood bark — from Willdenow in 1806 to Bentham in 1875 and beyond.
The internet has been wrong about MHRB anatomy for twenty years. Here is what the rhytidome actually is, why it doesn't affect quality, and how a forum shorthand became commercial mythology — backed by botanical science.
145 distinct active metabolites. Arabinogalactans that stimulate dermal fibroblasts. Prorobinetinidin tannins that tan and dye simultaneously. This is the molecular science behind why MHRB performs the way it does.
Jurema's condensed tannins don't just deposit pigment — they bind chemically with collagen, curing and coloring vegetable-tanned leather simultaneously. Here is the science and the process.
Deep inside the Selva Baja Caducifolia of the Depresión Central de Chiapas, Tepezcohuite has been harvested by hand for centuries. Here is the soil, the ecosystem, and the technique behind every batch we carry.
Indigenous cultures across Brazil and Chiapas have worked with Mimosa hostilis for generations. Here's the peer-reviewed science behind why artisan soap makers are making it a permanent fixture in their formulations.
Dry season harvest from Chiapas. Chips, shredded, and powder. Ships from the United States 🇺🇸
Order Now →Peer-reviewed study documenting the anti-inflammatory and pain-reducing properties of Mimosa tenuiflora bark extract, including wound healing applications from indigenous use in northeastern Brazil and Chiapas, Mexico.
Read the study → PubMed Central · Systematic Review · 2018A comprehensive systematic review identifying Mimosa tenuiflora as the most studied plant for wound healing in the past decade — with two clinical trials reporting 100% efficacy in treating skin lesions.
Read the study → PubMed · Journal of Ethnopharmacology · 2009Landmark study demonstrating that arabinogalactans isolated from Mimosa tenuiflora bark significantly stimulate dermal fibroblast activity — providing the scientific basis for its traditional wound and burn use.
Read the study → Springer · Phytochemistry Reviews · 2024The most current peer-reviewed systematic review of Mimosa tenuiflora's full pharmacological profile — documenting antimicrobial, antioxidant, anti-inflammatory, and antinociceptive activities confirmed across multiple studies.
Read the study → ScienceDirect · Textile Science · 2011Peer-reviewed scientific study examining Mimosa tenuiflora as a textile dye, including colorimetric analysis, mordanting with six metal salts, and color fastness results on cotton and indigo dyed fabrics.
Read the study → PubMed Central · IJMS · 2021An NIH-hosted comprehensive review of the Mimosa genus covering ethnobotanical uses across multiple countries — including textile and leather dyeing, cosmetics, and traditional medicinal applications across indigenous cultures.
Read the study →