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Anaemia treatment
Iron nanoparticles can be used to combat iron deficiency, offering a safe and effective solution for pateints.
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Cell Labelling
Iron nanoparticles can be incorporated into surface to create antimicrobial coatings, reducing the spread of infections.
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Imaging Agents
Used in MRi scans, they enhance image contrast,aiding in the diagonsis of various medical conditions.
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Antibacterial Coatings
Iron nanoparticles can be incorporated into surface to create antimicrobial coatings, reducing the spread of infections.
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Drug Delivery
Bio-compatible iron oxide nanoparticles act as drug carriers. Their small size and biocompatibility enable precise drug targeting,reducing side effects.
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Cancer treatment
These nanoparticles are utilized in hyperthermia therapy,selectively targeting and destroying cancer cells when exposed to magnetic fields.
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Wastewater Treatement
Iron oxide nanoparticles are effective in removing contaminants and heavy metals from water,contributing to cleaner environments.
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Environmental Remediation
Bio-compatible iron oxide nanoparticles help in the removal of pollutants from soil and groundwater, contributing to environmental restoration.
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Food Industry
In food,they serve as a safe colouring agent,replacing synthetic dyes,ensuring a healthier food supply. Kadamba's iron oxide nanoparticles are a game-changer in the functional food and beverage industry .These nanoparticles effectively combat iron deficiency,serving as a therapeutic agent.By fortifying products with bio-compatible iron oxide nanoparticles, they offer a delicious solution to a common health issues.
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Cosmetics
In cosmetics, they improve product stability and offer controlled release of active ingradients,benefiting both product quality and skin health