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Analysis of various chemical constituent of rhizome of Acorus calamus

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  Analysis of various chemical constituent of rhizome of Acorus calamus  Examination of Different Chemical Components in Acorus calamus Rhizome The semi-aquatic, perennial plant Acorus calamus, also referred to as "Vacha" or sweet flag in traditional medicine, has rhizomes that are utilized extensively in Chinese, Unani, and Ayurvedic medicine. The complex combination of phytochemicals found in the rhizome gives it pharmacological qualities such as anti-inflammatory, antibacterial, neuroprotective, and digestive advantages. 1. Principal Groups of Phytochemicals Found in Acorus calamus Rhizome: a. The main bioactive components of the rhizome are volatile oils, also known as essential oils. 1. Major Classes of Phytochemicals in the Rhizome of Acorus calamus: a. Volatile Oils (Essential Oils): These are the primary bioactive constituents in the rhizome. β-Asarone: The most abundant compound; responsible for aroma and various bioactivities. α-Asarone Eugenol Shyobunone Calamen...

Endangered status of shatawari and its future implication

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 Endangered status of shatawari a n d its future implication In its natural environment, the shatavari (Asparagus racemosus) is currently listed as an endangered species because to deforestation, habitat degradation, and overharvesting. Traditional medicine and biodiversity are both significantly impacted by this status.  Shatavari Endangered Status. An essential herb in Ayurveda, shatavari is well-known for its immunomodulatory, adaptogenic, and reproductive health advantages. But because of unsustainable harvesting methods brought on by its rising demand, the supply is inconsistent and insufficient. As a result, the plant is currently listed as endangered in its native environment.  Over 90% of India's medicinal plants, including Shatavari, are threatened by habitat loss, overexploitation, and careless and excessive collecting. This circumstance emphasizes how urgently conservation actions are needed. Implications for the Future Shatavari's endangered classification has...

banana waste and its related biocomposting and biogas production

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  banana waste and its related biocomposting and biogas production   Banana Waste Banana plants generate a huge amount of biomass: peels, stalks (pseudostems), leaves, and rejected fruits. Typically, only about 12% of the plant (the fruit) is used — the other 88% is waste . This waste is rich in organic matter (cellulose, hemicellulose, lignin, starch, and sugars), making it perfect for bioconversion. Biocomposting (Making Fertilizer) Biocomposting is the microbial breakdown of banana waste into nutrient-rich compost. Banana waste naturally decomposes quickly because of its high moisture and sugar content. Compost made from banana waste is rich in: Potassium (good for plant growth) Phosphorus Nitrogen Applications : Used as organic fertilizer in agriculture. Improves soil texture and microbial life. Enhancement : Adding microbial inoculants (like Trichoderma or Bacillus species) can speed up composting. Biogas Production...

Critically endangered vegetation in Nauradhar velley of Sirmour in North western Himalayas

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  Critically endangered vegetation in Nauradhar velley of Sirmour in North western Himalayas The Nauradhar area in Sirmaur district, Himachal Pradesh, lies adjacent to the ecologically rich Churdhar Wildlife Sanctuary. This region is part of the Western Himalayas, a recognized biodiversity hotspot, and is home to several critically endangered and threatened plant species Nauradehi Wildlife Sanctuary:  Critically Endangered and Threatened Plant Species in the Nauradhar Area Dactylorhiza hatagirea (locally known as Salam Panja ): A critically endangered medicinal orchid valued for its therapeutic properties. It faces threats from overharvesting and habitat degradation. ​ Malaxis muscifera : Another critically endangered orchid species found in the region, also under pressure due to overcollection for medicinal use Arnebia euchroma ( Ratanjot ): A critically endangered plant known for its vibrant red roots, traditionally used in dyes and Ayurvedic medicine. Its populat...

Orange cultivation in India and its market trends

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  Orange Cultivation in India 1. Major Orange-Growing States India is among the top orange producers globally. The main states involved in orange cultivation include: Maharashtra – Nagpur oranges (famous GI-tagged variety) Madhya Pradesh – Mandsaur, Chhindwara Rajasthan – Kota, Jhalawar Punjab & Himachal Pradesh – Smaller quantities, but good quality due to climate Assam and Meghalaya – For Khasi oranges, grown in hilly areas 2. Climate and Soil Requirements Climate : Subtropical to tropical; prefers dry weather during flowering and fruit development Soil : Well-drained loamy soils, pH 5.5–7.5 3. Varieties Grown Nagpur Orange (Maharashtra) Kinnow (technically a mandarin hybrid, popular in Punjab/Rajasthan) Mosambi (sweet lime; also grouped with oranges in trade) Coorg Orange (Karnataka) Khasi Mandarin (Northeast) 📈 Market Trends & Insights 1. Production Trends India produces around 8–9 million metric tons of citru...

an alternative packaging material for medicine packaging

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  "An alternative packaging material for medicine packaging " 🌿 1. Biodegradable Polymers Materials: Polylactic acid (PLA), Polyhydroxyalkanoates (PHA) Benefits: Biodegradable, compostable, made from renewable resources (e.g., corn starch, sugarcane). Use Cases: Blister packs, pill bottles, capsules. 🪵 2. Paper-Based Packaging Materials: Coated or laminated paperboard with protective bio-coatings Benefits: Renewable, recyclable, lightweight, customizable. Use Cases: Secondary packaging like boxes, sachets, or blister pack backing. 🧪 3. Glass (Modernized) Material: Borosilicate or tempered glass Benefits: Chemically inert, highly protective, recyclable. Use Cases: Liquid formulations, injectables, sensitive compounds. Modern Take: Thin, lightweight glass with break-resistant coatings. 🌱 4. Mushroom-Based Packaging (Mycelium) Material: Fungal mycelium grown in molds Benefits: Fully compostable, moldable, shock-abso...

Pine Trees and Future Perspective in the North-Western Himalayas

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  Pine Trees and Future Perspective in the North-Western Himalayas The North-Western Himalayas, comprising states like Himachal Pradesh, Uttarakhand, and parts of Jammu & Kashmir, are home to extensive pine forests, particularly Chir Pine (Pinus roxburghii) . These conifers are not only ecologically significant but also economically valuable. However, their role in the region is under increasing scrutiny due to environmental, social, and climatic changes. Current Significance Ecological Role : Stabilizes fragile mountain soils. Acts as a pioneer species in degraded landscapes. Provides habitat for wildlife and supports biodiversity indirectly. Economic Importance : Resin extraction is a major livelihood activity. Pinewood is widely used for timber, fuelwood, and construction. Pine needles can be utilized for making briquettes and biodegradable products. Cultural Relevance : Integral to the traditional livelihoods of hill communities. Sacred a...