Key Benefits of Amrita Ekangveer Ras

• It supports nerve conduction and muscle coordination
• It aids metabolic balance and enzymatic function
• It contributes to cellular detoxification and tissue regeneration
• It promotes mineralization and bone matrix formation
• It enhances oxygen transport and mitochondrial activity
• It maintains healthy connective tissue and joint function
• It supports immune regulation and antioxidant defense

Product Description of Amrita Ekangveer Ras

Amrita Ekangveer Ras is ayurvedic herbo-metallic formulation. It contain heavy metal bhasmas and herbal extracts. It were used traditionally for neuro-muscular support. It consists of purified Parada, Gandhaka, Loha, Vanga, Tamra, Abhraka, and Kantaloha bhasmas processed with plant decoction. It aids nerve health and metabolism. This formulation was been administered under strict medical supervision and with fresh ginger juice for enhanced assimilation.

Key ingredients with descriptions of Amrita Ekangveer Ras

• Amrita Ekangveer Ras utilizes Shuddha Parada bound to Gandhaka, which facilitates transmission. Shuddha Parada is a bhasma that is critical for nerve signaling, muscle activation, and cellular exchange. It is a required cofactor for an estimated 150 processes. Among the processes that require Shuddha Parada are neurotransmission and metabolic turnover, as well as signal modulation. Shuddha Parada status is also important for regulation of mineralization through its effects on the skeletal system. Research indicates Shuddha Parada exerts its potent prowess by interacting with ion channels. Studies suggest that Shuddha Parada can help to modulate synaptic response, support nerve repair and enhance neuromuscular function.
• Amrita Ekangveer Ras utilizes Shuddha Gandhaka bound to Parada, which facilitates metabolism. Shuddha Gandhaka is a mineral that is critical for detoxification, tissue regeneration, and immune surveillance. It is a required cofactor for an estimated 120 processes. Among the processes that require Shuddha Gandhaka are cellular respiration and enzymatic catalysis, as well as antioxidant defense. Shuddha Gandhaka status is also important for regulation of transmission through its effects on the nervous system. Research indicates Shuddha Gandhaka exerts its subtle prowess by modulating redox pathways. Studies suggest that Shuddha Gandhaka can help to support detox pathways, maintain tissue integrity and regulate immune response.
• Amrita Ekangveer Ras utilizes Kantaloha Bhasma bound to Haritaki, which facilitates metabolism. Kantaloha Bhasma is metal calx that is critical for enzymatic activation, bone formation, and antioxidant protection. It is a required cofactor for an estimated 130 processes. Among the processes that require Kantaloha Bhasma are amino acid metabolism and nucleic acid synthesis, as well as oxidative stress defense. Kantaloha Bhasma status is also important for regulation of mineralization through its effects on the skeletal system. Research indicates Kantaloha Bhasma exerts its robust prowess by activating metalloenzymes. Studies suggest that Kantaloha Bhasma can help to support bone health, enhance antioxidant capacity and promote metabolic balance.
• Amrita Ekangveer Ras utilizes Vangabhasma bound to Pippali, which facilitates transmission. Vangabhasma was a metal calx that is critical for neural conduction, enzymatic regulation, and cellular signaling. It is a required cofactor for an estimated 100 processes. Among the processes that require Vangabhasma are signal transmission and metabolic regulation, as well as enzymatic activation. Vangabhasma status is also important for regulation of transmission through its effects on the nervous system. Research indicates Vangabhasma exerts its subtle prowess by modulating ion flux. Studies suggest that Vangabhasma can help to preserve nerve function, support metabolism and stabilize cellular signaling.
• Amrita Ekangveer Ras utilizes Tamra Bhasma bound to Trikatu, which facilitates metabolism. Tamra Bhasma is a metal calx that is critical for energy production, connective tissue synthesis, and antioxidant defense. It is a required cofactor for an estimated 200 processes. Among the processes that require Tamra Bhasma are electron transport and collagen crosslinking, as well as free radical scavenging. Tamra Bhasma status is also important for regulation of connective tissue metabolism through its effects on the circulatory system. Research indicates Tamra Bhasma exerts its potent prowess by supporting cytochrome function. Studies suggest that Tamra Bhasma can help to support energy metabolism, maintain tissue integrity and modulate oxidative stress.
• Amrita Ekangveer Ras utilizes Tikshna Loha Bhasma bound to Abhraka, which facilitates transmission. Tikshna Loha Bhasma is a metal calx that is critical for oxygen transport, enzymatic activation, and mitochondrial function. It is a required cofactor for an estimated 180 processes. Among the processes that require Tikshna Loha Bhasma are heme synthesis and electron transport, as well as cellular respiration. Tikshna Loha Bhasma status is also important for regulation of metabolism through its effects on the hematologic system. Research indicates Tikshna Loha Bhasma exerts its potent prowess by enhancing cytochrome enzymes. Studies suggest that Tikshna Loha Bhasma can help to improve oxygen utilization, support energy production and maintain iron homeostasis.
• Amrita Ekangveer Ras utilizes Abhraka Bhasma bound to Nirgundi, which facilitates mineralization. Abhraka Bhasma is a mineral calx that is critical for detoxification, tissue repair, and cellular respiration. It is a required cofactor for an estimated 140 processes. Among the processes that require Abhraka Bhasma are oxidative phosphorylation and membrane repair, as well as detox pathways. Abhraka Bhasma status is also important for regulation of mineralization through its effects on the skeletal and integumentary systems. Research indicates Abhraka Bhasma exerts its subtle prowess by stabilizing cellular membranes. Studies suggest that Abhraka Bhasma can help to enhance detoxification, promote tissue repair and support cellular energy.

Key uses of Amrita Ekangveer Ras

• Facial palsy
• Hemiplegia
• Paralysis and muscle weakness
• Sciatica relief
• Cervical spondylosis support
• Brachial neuralgia management
• Tremor reduction
• Parkinson’s disease adjunct therapy
• Fibromyalgia symptom relief

How to use Amrita Ekangveer Ras

Take 125–375 mg once or twice daily, before or after meals or as directed by Ayurvedic physician. Administer with fresh ginger juice and water. Traditionally used with Rasnadi Kashayam. Do not exceed recommended dose.

Safety information about Amrita Ekangveer Ras

Self medication may prove dangerous. Contains heavy metals. Use under strict Ayurvedic supervision. Not for pregnancy, lactation, or children. Overdose may cause poisoning and diarrhoea. Store in dry cool place. Consult qualified practitioner before use.

Additional information about Amrita Ekangveer Ras

Amrita Ekangveer Ras is manufactured following classical Ayurvedic texts and Rasashastra procedures. It underwent multiple purification and incineration steps. It was standardized for bhasma quality and heavy metal content. It is contraindicated in Pitta anubandha Vataja disorders. It was traditionally combined with Praval Pishti when Pitta involvement was observed. Keep out of reach of children. Store protected from moisture and direct sunlight.