Hair Growth Dht Blocker Serum With Redensyl, Procapil, Ayurvedic Herbs, Amla, Brahmi, Capilia Longa. Follicle Stimulating Serum. Hair Loss Treatment For Women & Men, Thicker Hair 1.01 Fl Oz

Introducing Ekmiveda's Overnight - Keshya Ankura Follicle stimulating serum (1.01 fl.oz, 30 ml). Infused with Rosemary, Licorice Root with plant-based Redensyl and Capila Longa prolong anagen phase and reactivate follicles while inhibiting DHT production. Blend of ayurvedic hebs such as Brahmi, Bringraj promote scalp health and hair follicles, and Amla nourishes the hair shaft leading to fuller and thicker hair over time. Best holiday hair care product for holistic scalp and hair nourishment. Great choice for gifting as well. WHO TO USE: Gently massage over a clean scalp and affected areas for 5 minutes and keep overnight OVERNIGHT SERUM: Gently massage over a clean scalp and affected areas for 5 minutes and keep overnight for best results. Herbal natural extracts deeply penetrates into the scalp nourishing and stimulating hair follicles to promote healthy hair growth and thickness. NATURAL INGREDIENTS: Enriched with Rosemary, Licorice Root our serum acts as natural DHT blocker, preventing the shrinking of hair follicles & hair loss. Our vegan, cruelty-free formula is paraben and sulfate-free, dermatologically tested for sensitive skin, and silicone-free. CLINICALLY PROVEN RESULTS: Our ingredients have shown to prolong the anagen (growth) phase of hair follicles, resulting in visibly thicker, fuller hair over time. For best results, use with Ekmiveda's Hair growth oil, and hair nourishing shampoo regularly for 3-6 months • ANCIENT AYURVEDIC BLEND: Experience power of ancient Ayurvedic herbs like Brahmi, and Bhringraj (Eclipta Alba) promote scalp health and strengthen hair follicles, while Amla nourishes the hair shaft. • BACKED BY MODERN SCIENCE: With Redensyl and Capilia Longa, our serum targets the root cause of hair loss. Redensyl boosts hair density and thickness, while Capilia Longa inhibits DHT production, preventing hair follicle miniaturization.