STYPLON BOLUS
Out of Stock
Styplon Vet Bolus by Himalaya Wellness (The Himalaya Drug Company) is a rapid-acting, research-validated Ayurvedic Proprietary Veterinary Styptic formulated to control bleeding and restore haemostatic balance in large animals including cattle, buffaloes, camels, horses, calves, heifers, foals, sheep, goats, and pigs. Rooted in the classical principles of Ayurveda and validated through modern veterinary clinical research, Styplon Vet Bolus targets the problem of uncontrolled haemorrhage at its physiological root accelerating the coagulation cascade, reinforcing platelet production, stabilising capillary endothelium, and maintaining vascular integrity through a synergistic combination of time-tested medicinal plants and mineral preparations. Whether managing uterine bleeding post-calving, controlling epistaxis, supporting recovery from traumatic wounds, minimising peri-operative blood loss, or serving as an adjuvant in haemoprotozoan infections such as babesiosis and trypanosomiasis, Styplon Vet Bolus is a trusted first-line haemostatic support that is both effective and free from the adverse effects associated with synthetic coagulants. Animeal is proud to offer Styplon Vet Bolus as part of its curated portfolio of Himalaya Wellness veterinary solutions for India's livestock caregivers and animal health professionals.
Ingredients:
Amalaki (Emblica officinalis Indian Gooseberry): Amalaki is one of Ayurveda's most celebrated Rasayana herbs, and its contribution to Styplon Vet Bolus is multifactorial. It is exceptionally rich in Vitamin C (ascorbic acid) in a highly bioavailable tannin-bound form that is resistant to heat degradation. At the vascular level, Vitamin C is an essential cofactor for collagen synthesis by vascular endothelial cells, reinforcing the structural integrity of capillary walls and reducing fragility-driven bleeding. Amalaki also stimulates bone marrow haematopoietic activity, promoting increased platelet (thrombocyte) production that directly accelerates primary haemostasis at the site of vessel injury. Its potent antioxidant activity reduces oxidative tissue damage at bleeding sites, while its anti-inflammatory properties alleviate accompanying tissue oedema and exudation.
Vasaka Malabar Nut (Adhatoda vasica): Vasaka is a classical Ayurvedic herb with well-documented styptic and coagulant properties. Its active alkaloids, principally vasicine and its derivatives, exert a direct haemostatic action by facilitating and accelerating the conversion of prothrombin to thrombin the critical enzymatic step in the coagulation cascade that initiates fibrin clot formation. By shortening the prothrombin time, Vasaka effectively reduces the duration of active bleeding and reinforces clot stability at wound sites, making it particularly valuable in controlling respiratory, gastrointestinal, and uterine haemorrhage.
Mocharasa Silk Cotton Tree (Bombax ceiba / Shalmali): Mocharasa is the exudate (gum resin) of the Silk Cotton Tree, known in Ayurvedic pharmacology as Shalmali. It exerts a local astringent action on mucosal and soft tissue surfaces, causing vasoconstriction and shrinkage of inflamed, bleeding tissue. This local haemostatic effect complements the systemic coagulation-promoting actions of the other actives, particularly in gastrointestinal bleeding, dysentery, and uterine haemorrhage, where mucosal integrity is compromised.
Sariva Indian Sarsaparilla (Hemidesmus indicus): Sariva functions as a vasoconstrictor, acting on the smooth muscle of capillary and small vessel walls to reduce luminal diameter and thereby curtail capillary blood flow at the site of injury. This direct vasoconstrictive action reinforces the haemostatic effect of the formulation by reducing perfusion pressure at bleeding surfaces, providing an additional, rapid-onset mechanism for blood loss control alongside the coagulation cascade support provided by Vasaka and Amalaki.
Durva Bermuda Grass (Cynodon dactylon): Durva is one of Ayurveda's most classical haemostatic herbs, revered for its ability to control bleeding across diverse tissue types. It promotes wound healing through its astringent tannin content, stabilises capillary endothelium against inflammatory damage, and has documented anti-inflammatory and wound-regenerative properties that support tissue repair following haemorrhagic insult.
Kamala Sacred Lotus (Nelumbo nucifera): The rhizome and flower preparations of Kamala contribute haemostatic and anti-inflammatory properties, with documented activity in controlling uterine and internal bleeding. Kamala reinforces platelet aggregation and supports the structural recovery of mucous membranes following haemorrhage, making it particularly relevant in haemogalactia and post-partum haemorrhage management in dairy animals.
Lajjalu Touch-Me-Not / Sensitive Plant (Mimosa pudica): Lajjalu possesses astringent, haemostatic, and wound-healing properties. Its phytochemical constituents assist in contracting bleeding vessels and accelerating the formation of a stable haemostatic plug, while simultaneously reducing pain and inflammation associated with the wound site. It also contributes to the formulation's efficacy in traumatic bleeding and post-surgical haemostasis.
Saurashtra Bhasma (Sourashtri Bhasma) Calcined Mineral Preparation: Saurashtra Bhasma is a classically processed Ayurvedic mineral formulation prepared through controlled calcination. In the context of haemostasis, mineral calcium compounds play an essential physiological role as cofactors in the coagulation cascade, particularly in the activation of Factors X and II (prothrombin), and in platelet activation and aggregation. Saurashtra Bhasma thus reinforces the body's intrinsic coagulation pathway at the molecular level, complementing the herb-derived coagulation acceleration provided by Vasaka.
Mouktika Sukti (Pearl Oyster Shell Bhasma) and Trinakantamani Pishti (Calcined Silicate Mineral): These classically processed mineral preparations contribute additional mineral bioavailability and serve as tissue-healing adjuvants, reinforcing mucosal membrane integrity, capillary wall stability, and the overall haemostatic and recuperative capacity of the formulation.
