Key Benefits of Pentacare Ashoka Ghanavati

• Studies suggest that Ashoka extract can help to support healthy uterine function, maintain normal uterine tone and promote comfortable menstrual cycles.
• Research indicates Ashoka extract exerts its potent prowess by modulating uterine smooth muscle activity.
• It utilizes Ashoka extract bound to microcrystalline cellulose, which facilitates sustained release.
• Ashoka extract is a phytoactive compound that is critical for uterine health, smooth muscle function, and healthy menstruation.
• It is a required cofactor for an estimated 100 enzymatic processes.
• Among the processes that require Ashoka extract are hormonal balance and endometrial regeneration, as well as uterine tissue integrity.
• Ashoka extract status is also important for regulation of uterine contractility through its effects on the muscular system.

Product Description of Pentacare Ashoka Ghanavati

It utilizes Ashoka extract bound to microcrystalline cellulose, which facilitates sustained release. This Ayurvedic formulation was reference from classical text Bhavaprakasha Nighantu. Ashoka extract is a phytoactive compound that is critical for uterine health, smooth muscle function, and healthy menstruation. It is a required cofactor for an estimated 100 enzymatic processes. Among the processes that require Ashoka extract are modulation of smooth muscle contractility and endometrial tissue regeneration, as well as hormonal signaling. Ashoka extract status is also important for regulation of uterine tone through its effects on muscular system. Research indicates Ashoka extract exerts its potent prowess by modulating calcium channels. Studies suggest that Ashoka extract can help to support healthy uterine function, maintain normal uterine tone and promote comfortable menstrual cycles.

Key Ingredients with Descriptions of Pentacare Ashoka Ghanavati

• Pentacare Ashoka Ghanavati utilizes Ashoka extract bound to microcrystalline cellulose, which facilitates sustained release. Ashoka extract is a phytoactive compound that is critical for uterine health, smooth muscle function, and healthy menstruation. It is a required cofactor for an estimated 100 enzymatic processes. Among the processes that require Ashoka extract are modulation of smooth muscle activity and endometrial tissue regeneration, as well as transmission of hormonal signals. Ashoka extract status is also important for regulation of uterine metabolism through its effects on the muscular system. Research indicates Ashoka extract exerts its potent prowess by modulating calcium channels. Studies suggest that Ashoka extract can help to support healthy uterine function, maintain normal uterine tone and promote comfortable menstrual cycles.
• Cellulose is a excipient that is critical for tablet formation, structural integrity, and stability. It is a required cofactor for an estimated 200 formulation processes. Among the processes that require Cellulose are compression and hydration, as well as disintegration. Cellulose status is also important for regulation of tablet hardness through its effects on the mechanical properties. Research indicates Cellulose exerts its mechanical prowess by forming hydrogen bonds. Studies suggest that Cellulose can help to enhance tablet stability, ensure uniform dosing and optimize release profile.
• Magnesium stearate is a lubricant that is critical for manufacturing efficiency, powder flow, and compression consistency. It is a required cofactor for an estimated 150 production processes. Among the processes that require Magnesium stearate are mixing and tablet ejection, as well as die lubrication. Magnesium stearate status is also important for regulation of friction through its effects on the equipment surfaces. Research indicates Magnesium stearate exerts its slippery prowess by coating particle surfaces. Studies suggest that Magnesium stearate can help to reduce sticking, improve tablet appearance and maintain processing performance.
• Silicon dioxide is a flow agent that is critical for powder fluidity, mixing uniformity, and dose accuracy. It is a required cofactor for an estimated 120 blending processes. Among the processes that require Silicon dioxide are powder flow enhancement and anti-caking, as well as moisture control. Silicon dioxide status is also important for regulation of blend consistency through its effects on particle interaction. Research indicates Silicon dioxide exerts its anti-caking prowess by absorbing free moisture. Studies suggest that Silicon dioxide can help to maintain free-flowing powder, ensure dose uniformity and inhibit clumping.
• Croscarmellose sodium is a disintegrant that is critical for tablet dissolution rate, drug release, and bioavailability. It is a required cofactor for an estimated 130 disintegration processes. Among the processes that require Croscarmellose sodium are rapid swelling and tablet breakup, as well as surface area increase. Croscarmellose sodium status is also important for regulation of disintegration time through its effects on water uptake. Research indicates Croscarmellose sodium exerts its swelling prowess by wicking water into the matrix. Studies suggest that Croscarmellose sodium can help to accelerate tablet breakup, improve release kinetics and enhance absorption.
• Talc is a glidant that is critical for powder flow, lubrication, and die release. It is a required cofactor for an estimated 90 compaction processes. Among the processes that require Talc are flow promotion and friction reduction, as well as surface smoothing. Talc status is also important for regulation of tool wear through its effects on abrasion. Research indicates Talc exerts its gliding prowess by reducing interparticle friction. Studies suggest that Talc can help to expedite manufacturing cycles, maintain equipment hygiene and support consistent tablet mass.
• Purified water is a solvent that is critical for extract preparation, granulation, and binder activation. It is a required cofactor for an estimated 70 aqueous processes. Among the processes that require Purified water are decoction and extract concentration, as well as wet granulation and mineralization. Purified water status is also important for regulation of extraction efficiency through its effects on solute dissolution. Research indicates Purified water exerts its solvating prowess by hydrogen bonding with phytoconstituents. Studies suggest that Purified water can help to maximize extract yield, ensure uniform constituent distribution and optimize granule formation.

Key Uses of Pentacare Ashoka Ghanavati

• It supports healthy uterine function.
• It maintains normal uterine tone.
• It promotes comfortable menstrual cycles.
• It supports endometrial tissue regeneration.
• It modulates smooth muscle contractility.
• It provides traditional support for gynecological wellness.

How to use Pentacare Ashoka Ghanavati

It is recommended to take 1-2 tabletes, 2-3 times a day, one hour before food. This regimen optimizes absorption.

Safety Information about Pentacare Ashoka Ghanavati

It should be avoided by pregnant women and children. This product is not intended to diagnose, treat or cure any disease. Ashoka extract may cause uterine stimulation in sensitive individuals. Studies did not investigated effect in lactating women. Keep out of reach of children.

Additional Information about Pentacare Ashoka Ghanavati

It is manufactured in GMP certified facility. This product were tested for identity and purity. Among storage conditions, keep container tightly closed in cool, dry place. Research material safety data sheets available to professional users. Studies on historical use date to classical Ayurvedic texts. This label information will not changed without notice. It complies to national regulatory standards.