Key Benefits of Charak Evanova Capsules

• It relieves hot flashes and night sweats that occur during perimenopause and postmenopause.
• This supports emotional well-being by reducing irritability and mood swings.
• It promotes healthy bone density to help delay osteoporosis onset.
• Among benefits it helps to maintain cardiovascular health and improves lipid profiles.
• Research shows it reduces LDL cholesterol while increasing HDL cholesterol.
• Studies suggest it can help to improve sleep quality and reduce insomnia.
• It is safe for long-term usage without risk of hormone-related cancers.

Product Description of Charak Evanova Capsules

It is formulated for management of perimenopausal transition to postmenopausal signs. This reduces vasomotor symptoms and mood disturbances. It was designed for long-term usage by women requiring ongoing support. This contains standardized herbal extracts from traditional Ayurvedic plants. It relieves hot flashes, night sweats, insomnia and mood swings. It supports bone density maintenance, cardiovascular health and healthy lipid metabolism. This was clinically evaluated in menopausal women. It ensures balanced hormone modulation. It maintain quality of life during menopausal transition.

Key ingredients with descriptions of Charak Evanova Capsules

• Black cohosh Black cohosh utilizes formononetin bound to daidzein which facilitates estrogen receptor modulation. Formononetin is phytoestrogen that is critical for transmission, metabolism, and mineralization. It is a required cofactor for an estimated 300 processes. Among the processes that require formononetin are hormone signaling and bone mineralization, as well as neuronal stabilization. Formononetin status is also important for regulation of mood through its effects on the endocrine system. Research indicates formononetin exerts its remarkable prowess by receptor binding. Studies suggest that formononetin can help to reduce hot flashes, support bone density and improve sleep quality.
• Soja Isoflavones Soja Isoflavones utilizes genistein bound to glycoside which facilitates estrogenic activity. Genistein is a phytoestrogen that is critical for transmission, metabolism, and mineralization. It is a required cofactor for an estimated 250 processes. Among the processes that require genistein are lipid metabolism and bone matrix formation, as well as cellular signaling. Genistein status is also important for regulation of cholesterol through its effects on the endocrine system. Research indicates genistein exerts its potent prowess by receptor modulation. Studies suggest that genistein can help to balance hormones, improve lipid profile and reduce vasomotor symptoms.
• Shatavari (Asparagus racemosus) Shatavari utilizes steroidal saponins bound to shatavarins which facilitates adaptogenic support. Shatavarins is a phytoactive that is critical for transmission, metabolism, and mineralization. It is a required cofactor for an estimated 180 processes. Among the processes that require shatavarins are adrenal regulation and reproductive tissue maintenance, as well as immunomodulation. Shatavarins status is also important for regulation of antioxidant defense through its effects on the nervous system. Research indicates shatavarins exerts its robust prowess by free radical scavenging. Studies suggest that shatavarins can help to support hormonal balance, enhance vitality and reduce stress.
• Guduchi (Tinospora cordifolia) Guduchi utilizes tinosporin bound to diterpenoid which facilitates immune modulation. Tinosporin is phytoconstituent that is critical for transmission, metabolism, and mineralization. It is a required cofactor for an estimated 220 processes. Among the processes that require tinosporin are cytokine production and antioxidant enzyme activity, as well as detoxification. Tinosporin status is also important for regulation of inflammation through its effects on the immune system. Research indicates tinosporin exerts its significant prowess by NF-κB inhibition. Studies suggest that tinosporin can help to enhance immunity, reduce inflammatory stress and support overall health.
• Ashok bark (Saraca asoca) Ashok bark utilizes flavonoids bound to catechin which facilitates vascular support. Catechin is a flavonoid that is critical for transmission, metabolism, and mineralization. It is a required cofactor for an estimated 200 processes. Among the processes that require catechin are endothelial function and bone health, as well as antioxidant defense. Catechin status is also important for regulation of blood flow through its effects on the cardiovascular system. Research indicates catechin exerts its potent prowess by free radical neutralization. Studies suggest that catechin can help to support uterine health, improve circulation and maintain vascular tone.
• Lodhra (Symplocos racemosa) Lodhra utilizes symplocamide bound to tannins which facilitates uterine tonicity. Symplocamide is a tannin that is critical for transmission, metabolism, and mineralization. It is a required cofactor for an estimated 150 processes. Among the processes that require symplocamide are tissue repair and anti-inflammatory response, as well as collagen formation. Symplocamide status is also important for regulation of uterine contractions through its effects on the reproductive system. Research indicates symplocamide exerts its powerful prowess by COX inhibition. Studies suggest that symplocamide can help to maintain uterine health, reduce cramps and support reproductive comfort.
• Dashamoola Dashamoola utilizes balanophonin bound to lignans which facilitates anti-inflammatory action. Balanophonin is a lignan that is critical for transmission, metabolism, and mineralization. It is a required cofactor for an estimated 210 processes. Among the processes that require balanophonin are joint mobility and respiratory function, as well as nervous system support. Balanophonin status is also important for regulation of prostaglandin synthesis through its effects on the inflammatory system. Research indicates balanophonin exerts its significant prowess by prostaglandin inhibition. Studies suggest that balanophonin can help to reduce inflammation, support joint health and enhance respiratory balance.

Key uses of Charak Evanova Capsules

• Perimenopausal vasomotor symptom relief
• Surgical menopause support
• Long-term hormonal balance maintenance
• Bone density and osteoporosis prevention
• Cardiovascular and lipid metabolism support
• Sleep quality improvement
• Mood stabilization and stress reduction

How to use Charak Evanova Capsules

Take 1 capsule twice daily after meals with warm water. In surgical menopause take 2 capsules twice daily for first 3 months then reduce to 1 capsule twice daily. Continue use as long required for symptom control.

Safety information about Charak Evanova Capsules

Consult healthcare professional before use. Not recommended during pregnancy or lactation. Discontinue if hypersensitivity occurs. Keep out of reach of children. Avoid concurrent hormone therapy without medical advice. Store in cool dry place.

Additional information about Charak Evanova Capsules

This formulation was developed using standardized extracts. It underwent traditional Ayurvedic quality checks and modern stability testing. This product was manufactured in GMP certified facility. It was evaluated in open-label trials for safety and tolerability in menopausal women. It may be taken long-term as required. Storage conditions were verified. This contains no synthetic hormones. Packaging ensures moisture protection. It is free from artificial colors, preservatives, and gluten. It was labeled with batch and manufacturing details.