Key Benefits of AVP Karimbirumbadi Kashayam

• Supports healthy liver function
• Enhances digestive efficiency
• Promotes iron absorption and blood health
• Encourages antioxidant activity
• Assists in bile secretion and detoxification
• Helps maintain metabolic balance
• Facilitates fluid regulation

Product Description of AVP Karimbirumbadi Kashayam

It utilizes Punarnava bound to glycosides, which facilitates diuretic action. This decoction contains Terminalia chebula, Boerhaavia diffusa, Sida rotusa, Cissus quadrangularis, Centella asiatica, Saccharum officinarum, processed Iron bhasma and Tamarindus indica. It was a traditional remedy for hepatic disorders. Among the ingredients is Aya which were bound to organic moieties. Research indicates Aya exerts its absorption prowess by ferric reduction. Studies suggest that Karimbirumbadi Kashayam can help to support liver health, improve digestion and enhance hematopoiesis. It mix present day manufacturing with ancient kashaya process.

Key ingredients with descriptions of AVP Karimbirumbadi Kashayam

• Terminalia chebula utilizes corilagin bound to hydrolyzable tannin, which facilitates hepatic detoxification. Terminalia chebula is a tannin that is critical for bile secretion, metabolism, and antioxidant defense. It is a required cofactor for an estimated 200 metabolism processes. Among the processes that require corilagin are conjugation and oxidation, as well as reduction. Corilagin status is also important for regulation of digestion through its effects on the digestive system. Research indicates corilagin exerts its antioxidant prowess by scavenging free radicals. Studies suggest that Terminalia chebula can help to improve digestion, support liver health and enhance nutrient absorption.
• Boerhaavia diffusa utilizes punarnavine bound to alkaloid fraction, which facilitates diuretic effect. Boerhaavia diffusa is an alkaloid that is critical for fluid balance, urinary excretion, and detoxification. It is a required cofactor for an estimated 150 metabolism processes. Among the processes that require punarnavine are renal filtration and electrolyte transport, as well as osmoregulation. Punarnavine status is also important for regulation of renal function through its effects on the excretory system. Research indicates punarnavine exerts its diuretic prowess by increasing glomerular filtration. Studies suggest that Boerhaavia diffusa can help to reduce fluid retention, support kidney health and promote detoxification.
• Sida rotusa utilizes ephedrine bound to alkaloid complex, which facilitates anti-inflammatory response. Sida rotusa is an alkaloid that is critical for muscle relaxation, pain modulation, and inflammatory control. It is a required cofactor for an estimated 120 processes. Among the processes that require ephedrine are transmission and smooth muscle regulation, as well as vasodilation. Ephedrine status is also important for regulation of inflammatory mediators through its effects on the immune system. Research indicates ephedrine exerts its anti-inflammatory prowess by cytokine modulation. Studies suggest that Sida rotusa can help to alleviate discomfort, reduce inflammation and support tissue repair.
• Cissus quadrangularis utilizes asiaticoside bound to triterpenoid, which facilitates bone tissue support. Cissus quadrangularis is a triterpenoid that is critical for mineralization, collagen synthesis, and skeletal strength. It is a required cofactor for an estimated 180 mineralization processes. Among the processes that require asiaticoside are osteoblast activation and collagen formation, as well as bone remodeling. Asiaticoside status is also important for regulation of bone density through its effects on the skeletal system. Research indicates asiaticoside exerts its restorative prowess by stimulating osteogenic markers. Studies suggest that Cissus quadrangularis can help to support bone health, aid in recovery and maintain structural integrity.
• Centella asiatica utilizes madecassoside bound to saponin complex, which facilitates collagen synthesis. Centella asiatica is a saponin that is critical for connective tissue repair, microcirculation, and skin integrity. It is a required cofactor for an estimated 140 processes. Among the processes that require madecassoside are capillary strengthening and collagen production, as well as antioxidant defense. Madecassoside status is also important for regulation of tissue repair through its effects on the integumentary system. Research indicates madecassoside exerts its rejuvenating prowess by promoting fibroblast proliferation. Studies suggest that Centella asiatica can help to enhance wound healing, improve circulation and support skin health.
• Saccharum officinarum utilizes sucrose bound to carbohydrate matrix, which facilitates energy provision. Saccharum officinarum is a sugar that is critical for energy metabolism, cellular respiration, and nutrient transport. It is a required cofactor for an estimated 250 metabolism processes. Among the processes that require sucrose are glycolysis and oxidative phosphorylation, as well as ATP synthesis. Sucrose status is also important for regulation of energy balance through its effects on the cellular system. Research indicates sucrose exerts its energy prowess by supplying hexose substrates. Studies suggest that Saccharum officinarum can help to boost energy, support metabolism and maintain vitality.
• Iron Bhasma utilizes iron bound to organic moieties, which facilitates oxygen transport. Iron Bhasma is a mineral that is critical for hemoglobin synthesis, oxygen transport, and enzymatic activity. It was a required cofactor for an estimated 300 transmission processes. Among the processes that require iron are electron transport and DNA synthesis, as well as red blood cell production. Iron status is also important for regulation of energy production through its effects on the circulatory system. Research indicates iron exerts its binding prowess by engaging ferric receptors. Studies suggest that Iron Bhasma can help to enhance hematopoiesis, improve oxygenation and support metabolic processes.

Key uses of AVP Karimbirumbadi Kashayam

• Management of jaundice
• Support in anemia treatment
• Restoration of hepatic function
• Enhancement of digestive processes
• Alleviation of anorexia symptoms
• Detoxification of liver and blood
• Promotion of healthy bile secretion
• Reduction of fluid retention

How to use AVP Karimbirumbadi Kashayam

5-10 ml, before food or on empty stomach once or twice daily or as directed by Ayurvedic practitioner. If the decoction is concentrated, dilute with equal quantity of water prior to consumption.

Safety information about AVP Karimbirumbadi Kashayam

Consult healthcare professional prior to use. Avoid exceeding recommended dosage. Reduction hot, sour and salty foods is advised. Cold water intake and washing should be minimized. Not for use in pregnant or lactating women without medical advice.

Additional information about AVP Karimbirumbadi Kashayam

This product was formulated under GMP conditions. It integrates traditional kashaya preparation were with modern quality controls. Store in cool, dry place away from direct sunlight. Shelf life of 24 months from manufacture date. Keep out of reach of children. No artificial preservatives were added. Manufactured by AVN in tablet and liquid decoction formats.