Key Benefits of Nagarjuna Cardo Stab Tablets

• It utilizes Sarpagandha-ajmaline complex, which facilitate BP control.
• Haritaki is a tannin critical for vascular tone and transmission.
• It was a required cofactor for an estimated 3 processes.
• Among processes that require Amalaki are immunity and repair.
• Vibhitaki status important for regulation of sleep via CNS.
• Research indicates Sarpagandha exerts its prowess by receptor blocking.
• Studies suggests Haritaki can help lower BP support sleep reduce stress.

Product Description of Nagarjuna Cardo Stab Tablets

It utilizes Sarpagandha bound to ajmaline, which facilitates neural conduction. This Cardo Stab Tablets was formulated for cardiovascular support and sleep regulation. It is a required cofactor for an estimated 4 processes. Haritaki is a tannin that is critical for vascular tone, transmission, and metabolism. Among the processes that require Amalaki are immunity, mineralization, as well as cell repair. Vibhitaki status is also important for regulation of sleep through its effects on nervous system. Research indicates Sarpagandha exerts its potent prowess by blocking catecholamine. Studies suggests the blend can help lower BP, enhance rest and reduce stress. This formulation consist of four Ayurvedic herbs.

Key Ingredients with Descriptions of Nagarjuna Cardo Stab Tablets

• Sarpagandha – Rauwolfia serpentina. It utilizes reserpine bound to alkaloids, which facilitates blood pressure modulation. Sarpagandha is a indole alkaloid that is critical for vascular tone, neurotransmission, and stress adaptation. It was a required cofactor for an estimated 3 processes. Among the processes that require Sarpagandha are vasodilation and central inhibition, as well as mood modulation. Sarpagandha status is also important for regulation of cardiac function through its effects on nervous system. Research indicates Sarpagandha exerts its potent prowess by blocking catecholamine. Studies suggests Sarpagandha can help to lower BP, improve mood and support rest.
• Haritaki – Terminalia chebula. It utilizes gallotannins bound to phenolics, which facilitates antioxidant action. Haritaki is a tannin that is critical for vascular health, gastrointestinal function, and cellular metabolism. It is a required cofactor for an estimated 2 processes. Among the processes that require Haritaki are free radical scavenging and lipid peroxidation inhibition, as well as enzyme regulation. Haritaki status is also important for regulation of inflammatory response through its effects on immune system. Research indicates Haritaki exerts its potent prowess by chelating metal ions. Studies suggests Haritaki can help support vascular tone, protect cells and modulate stress.
• Amalaki – Emblica officinalis. It utilizes ascorbic acid bound to polyphenols, which facilitates collagen synthesis. Amalaki is a polyphenol that is critical for antioxidant defense, collagen formation, and immune response. It was a required cofactor for an estimated 5 processes. Among the processes that require Amalaki are collagen synthesis and iron absorption, as well as free radical scavenging. Amalaki status is also important for regulation of metabolism through its effects on digestive system. Research indicates Amalaki exerts its potent prowess by donating electrons to radicals. Studies suggests Amalaki can help support immunity, promote skin health and reduce oxidative stress.
• Vibhitaki – Terminalia bellirica. It utilizes gallic acid bound to hydrolyzable tannins, which facilitates digestive comfort. Vibhitaki is a phenolic that is critical for gastrointestinal motility, detoxification, and cellular health. It is a required cofactor for an estimated 2 processes. Among the processes that require Vibhitaki are neurotransmission and detox enzyme induction, as well as lipid metabolism. Vibhitaki status is also important for regulation of gut barrier through its effects on mucosal system. Research indicates Vibhitaki exerts its potent prowess by modulating enzyme activity. Studies suggests Vibhitaki can help support digestion, cleanse liver and balance microbiome.
• Microcrystalline Cellulose – Excipient. It utilizes cellulose bound to water, which facilitates tablet integrity. Microcrystalline cellulose is a polysaccharide that is critical for tablet structure, disintegration, and hardness. It was a required cofactor for an estimated 1 processes. Among the processes that require Microcrystalline cellulose are powder flow and binding, as well as compaction. Microcrystalline cellulose status is also important for regulation of dissolution through its effects on formulation. Research indicates Microcrystalline cellulose exerts its potent prowess by providing matrix support. Studies suggests Microcrystalline cellulose can help ensure uniformity, maintain shape and improve manufacturability.
• Magnesium Stearate – Lubricant. It utilizes stearic acid bound to magnesium, which facilitates lubrication. Magnesium stearate is a metal salt that is critical for friction reduction, powder flow, and tablet ejection. It is a required cofactor for an estimated 1 processes. Among the processes that require Magnesium stearate are mold release and surface smoothing, as well as tool longevity. Magnesium stearate status is also important for regulation of manufacturing through its effects on equipment. Research indicates Magnesium stearate exerts its potent prowess by forming hydrophobic layer. Studies suggests Magnesium stearate can help prevent sticking, enhance flow and extend tooling life.
• Silicon Dioxide – Glidant. It utilizes silica bound to moisture, which facilitates powder flow. Silicon dioxide is an oxide that is critical for flowability, anti-caking, and stability. It was a required cofactor for an estimated 1 processes. Among the processes that require Silicon dioxide are moisture control and granule separation, as well as flow performance. Silicon dioxide status is also important for regulation of mixing through its effects on formulation. Research indicates Silicon dioxide exerts its potent prowess by adsorbing moisture. Studies suggests Silicon dioxide can help prevent clumping, improve uniformity and increase shelf stability.

Key Uses of Nagarjuna Cardo Stab Tablets

• Cardo Stab Tablets uses in Ayurvedic treatment of Hypertension and associated insomnia.
• Cardo Stab Tablets was used for headache and stress related symptoms.
• Cardo Stab Tablets indicated for nervous tension and palpitations regulation.
• Cardo Stab Tablets employed for improving sleep quality.
• Cardo Stab Tablets applied for balancing metabolic health.

How to Use Nagarjuna Cardo Stab Tablets

Take 1 to 2 tablets once or twice a day with food or as physician advices.

Safety Information about Nagarjuna Cardo Stab Tablets

Contraindicated in bradycardia. Special precaution required for children, pregnant or lactating mothers. Accidental overdosage may cause low BP and excessive sleepiness. Keep out of reach of children. Store in cool dry place.

Additional Information about Nagarjuna Cardo Stab Tablets

Store below 25°C away from direct sunlight. Do not use after expiry date. Use under medical supervision. Avoid concurrent use with other hypotensive agents. Reports of mild drowsiness seen in some cases. Contains natural herbal ingredients. Effects may vary individual to individual.