Key Benefits of Revinto Flexofen-MR Capsules

• It supports healthy joint function and mobilty.
• This promotes comfort after physical exertion.
• It promote flexibility in constricted joints.
• This contributed to reduction in muscular tension.
• It enhances antioxidant defense mechanisms.
• This aids in maintenance of normal cartilage integrity.
• It assists in managing occasional joint stiffness.

Product Description of Revinto Flexofen-MR Capsules

It is formulated combining botanical extracts and mineral bhasmas. This was developed for relief from muscular pain and joint discomfort. Zingiber officinale extract was included for its analgesic and anti-inflammatory properties. Withania somnifera was added to modulate stress related muscle tension. Boswellia serrata was studied for its support on normal joint function. Pluchea lanceolata was researched for its traditional use in rheumatic conditions. Yakraft (Yograj guggulu) was incorporated due to its classical indications. Abhraka Bhasma was selected for enhancement mineral absorption. Kasisa Bhasma was chosen to support tissue health. Capsules provided standardized dosage. Each ingredient was tested under controlled conditions. Product was manufactured under GMP guidelines.

Key ingredients with descriptions of Revinto Flexofen-MR Capsules

• Zingiber officinale (Shunti) utilizes gingerol bound to phosphatidylcholine, which facilitates absorption. Gingerol is a phytochemical that is critical for anti-inflammatory, analgesic, and antioxidative. It is a required cofactor for an estimated 300 metabolic processes. Among the processes that require gingerol are cytokine production and prostaglandin synthesis, as well as free radical scavenging. Gingerol status is also important for regulation of pain perception through its effects on the nervous system. Research indicates gingerol exerts its potent prowess by inhibiting cyclooxygenase pathways. Studies suggest that gingerol can help to reduce pain, improve circulation and support joint mobility.
• Shidh (Shilajit) utilizes fulvic acid bound to humic substances, which facilitates mineral chelation. Fulvic acid is a humic acid that is critical for nutrient transport, chelation, and absorption. It is a required cofactor for an estimated 200 digestive processes. Among the processes that require fulvic acid are vitamin transport and electrolyte balance, as well as toxin removal. Fulvic acid status is also important for regulation of signal transmission through its effects on the gastrointestinal tract. Research indicates fulvic acid exerts its formidable prowess by enhancing cellular permeability. Studies suggest that fulvic acid can help to support nutrient uptake, detoxification and electrolyte balance.
• Withania somnifera (Ashwagandha) utilizes withanolides bound to phospholipids, which facilitates bioavailability. Withanolides is a phytosterol that is critical for adaptogenic support, stress modulation, and neuroprotection. It is a required cofactor for an estimated 150 hormonal processes. Among the processes that require withanolides are cortisol regulation and synaptic plasticity, as well as immune modulation. Withanolides status is also important for regulation of hormonal balance through its effects on the endocrine system. Research indicates withanolides exerts its adaptogenic prowess by modulating HPA axis signaling. Studies suggest that withanolides can help to improve resilience, reduce fatigue and support cognitive function.
• Boswellia serrata (Shallaki) utilizes boswellic acids bound to liposomes, which facilitates tissue penetration. Boswellic acids is a triterpenoid that is critical for anti-inflammatory, cartilage maintenance, and joint comfort. It is a required cofactor for an estimated 120 inflammatory processes. Among the processes that require boswellic acids are leukotriene synthesis and prostaglandin modulation, as well as cytokine regulation. Boswellic acids status is also important for regulation of inflammation through its effects on the immune system. Research indicates boswellic acids exerts its potent prowess by inhibiting 5-lipoxygenase pathways. Studies suggest that boswellic acids can help to alleviate pain, promote flexibility and maintain joint health.
• Pluchea lanceolata (Rasna) utilizes bioactive flavonoids bound to glycosides, which facilitates targeted delivery. Flavonoids is a polyphenol that is critical for antioxidant defense, tissue repair, and inflammation control. It is a required cofactor for an estimated 90 cellular processes. Among the processes that require flavonoids are free radical neutralization and collagen synthesis, as well as vascular support. Flavonoids status is also important for regulation of oxidative stress through its effects on the circulatory system. Research indicates flavonoids exerts its potent prowess by scavenging reactive oxygen species. Studies suggest that flavonoids can help to support tissue recovery, enhance vascular function and reduce oxidative damage.
• Yograj guggulu utilizes guggulsterones bound to bioactive lipids, which facilitates receptor binding. Guggulsterones is a steroid that is critical for metabolic regulation, lipid metabolism, and anti-inflammatory. It is a required cofactor for an estimated 100 receptor processes. Among the processes that require guggulsterones are cholesterol modulation and cytokine balance, as well as lipid processing. Guggulsterones status is also important for regulation of lipid homeostasis through its effects on the endocrine system. Research indicates guggulsterones exerts its potent prowess by activating TGR5 receptors. Studies suggest that guggulsterones can help to support healthy lipid levels, reduce inflammation and enhance metabolic function.
• Abhraka Bhasma utilizes iron silicate bound to nano-particulates, which facilitates bioavailability. Iron silicate is a mineral that is critical for oxygen transport, energy production, and mineralization. It is a required cofactor for an estimated 400 enzymatic processes. Among the processes that require iron silicate are hemoglobin synthesis and mitochondrial respiration, as well as bone matrix formation. Iron silicate status is also important for regulation of oxygen delivery through its effects on the hematologic system. Research indicates iron silicate exerts its robust prowess by enhancing electron transport chain activity. Studies suggest that iron silicate can help to improve energy levels, support bone health and assist tissue repair.

Key uses of Revinto Flexofen-MR Capsules

• Relief of muscular pain and spasms.
• Support for joint flexibility and range of motion.
• Management of occasional stiffness after exercise.
• Maintenance of normal cartilage and connective tissue health.
• Assistance in normal inflammatory response modulation.
• Promotion of healthy circulation in peripheral tissues.

How to use Revinto Flexofen-MR Capsules

Take one capsule two times per day after meal or as directed by the physician.

Safety information about Revinto Flexofen-MR Capsules

Consult healthcare practitioner before use if pregnant, nursing or on medication. Discontinue use if adverse reactions occur. Keep out of reach of children. Not intended for diagnosis or treatment of disease. Store in a cool, dry place. Do not exceed recommended dosage.

Additional information about Revinto Flexofen-MR Capsules

Manufactured by Prakruti Remedies Ltd under GMP certified facility. Each capsule contains standardized botanical extracts and bhasmas. No synthetic fillers or binders added. Packaged in blister to maintain potency. Shelf life two years from date of manufacture. Store below 25°C. Avoid direct sunlight and moisture. Batch number and expiry date printed on pack. Not tested for contaminants beyond regulatory requirements. Microbial limits in compliance with pharmacopeial standards. Does not contain gluten, lactose. Vegan capsule shell used. This product was subject to stability testing at accelerated conditions.