Core Dandi Blend by Energetix

Spagyrically Processed Botanical

Core Dandi Blend is a spagyrically prepared botanical extract of dandelion root,
beetroot, celandine aerial parts, milk thistle seed, barberry root bark, barley
grass, licorice root, agrimony aerial parts, and cilantro leaf that may support*
• Healthy liver, gallbladder & gastrointestinal function
• Digestion, assimilation & elimination
• Glucose & lipid metabolism
• Antioxidant protection
  • Beneficial microflora & intestinal epithelial integrity
Biological Response: Molecular Signaling & Liver Health
As both the largest internal organ and most complex endocrine gland, the liver performs hundreds of homeostatic functions—often in concert with other organs and biological mechanisms. Its basic building block, the hexagonal-shaped structure known as a hepatic lobule, houses blood and lymph vessels, bile ductwork, nerves, and millions
of regenerative cells called hepatocytes. Intracellular structures and corresponding molecular signaling determine the physiology of this vital organ, ranging from lipid metabolism to protein synthesis to cellular detoxification. Many of the botanicals in Core Dandi Blend contain phenolic and terpenoid compounds that promote the protection, repair, and regeneration of liver tissue. These phytochemicals support liver health through several molecular mechanisms, including cell membrane alteration, accelerated
protein synthesis, antioxidant protection, Phase II enzyme induction, and modulation of inflammation pathways. Alkaloids, terpenes, and phenolics found in bitter herbs such as dandelion, celandine, and barberry nurture the liver by optimizing production of bile,
an alkaline grass-green fluid that regulates not only lipid digestion but also clearance of metabolic waste via the liver, bowel, and kidneys.

Biological Response: Digestion, Assimilation & Metabolic Homeostasis
The botanicals in Core Dandi Blend are all recognized as bitter herbs. Their signature compounds, mostly alkaloids, terpenoids, and phenolics, prime the liver, gallbladder, stomach, and pancreas for digestion by binding with taste receptors throughout the digestive tract. In doing so, they stimulate salivation, bile production, bile flow, hydrochloric acid secretion, and gut motility. These bitter com