Exciting News from IISc Researchers at the Indian Institute of Science (IISc) have developed a promising solution to the growing problem of microplastic pollution in water. Their innovation – a sustainable hydrogel that can remove over 90% of microplastics during testing. Microplastics, tiny plastic fragments, pose a significant threat to human health and the environment. They can enter our bodies through drinking water and even harm aquatic and terrestrial life. Existing methods, like filtration membranes, get clogged by these small particles. The IISc team, led by Professor Suryasarathi Bose, addressed this challenge with a unique 3D hydrogel. This hydrogel boasts an intertwined network of three polymers (chitosan, polyvinyl alcohol, and polyaniline) that trap microplastics. Additionally, nanoclusters infused within the hydrogel act as catalysts, breaking down the trapped microplastics when exposed to UV light. This innovative design offers a sustainable and efficient approach to microplastic removal. The Better India.
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🌊🌎 *Microplastics in Water: A Growing Concern* 🌊 Scientists from the prestigious Indian Institute of Science (IISc) have recently developed a groundbreaking #sustainablehydrogel to combat the microplastic menace in our water sources 💧. Microplastics, tiny fragments of plastic less than 5mm in size, are increasingly polluting our oceans, soil, air, and even the water we drink 😮! Exposure to these particles can lead to serious health issues 🩺. To tackle this problem, IISc researchers created a unique 3D #hydrogel consisting of three intertwined polymer layers—chitosan, polyvinyl alcohol, and polyaniline—forming an Interpenetrating Polymer Network (IPN) architecture. These polymers integrate with nanoclusters of a material called copper substitute polyoxometalate (Cu-POM) 🧪, which act as catalysts under UV light to degrade microplastics 🌍🔬! Excitingly, this hydrogel can remove around 95% and 93% of two common types of microplastics in water at near-neutral pH. When its usefulness ends, it can be repurposed into carbon nanomaterials for removing heavy metals from polluted water 💧♻️. The team behind this innovative technology is planning to develop a large-scale device to clean up microplastics from various water sources 🚰🔧! #plasticpollution #cleanwater #sustainability #science #innovation #waterfiltration #green #iisc #linkedin
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Hello connections, "Grateful for the opportunity to attend the International Conference at Suresh Gyan Vihar University, Jaipur, on 'Revolutionizing Advancement in Recycled Nanomaterials in Various Therapeutic Applications.' Engaging with esteemed colleagues and thought leaders in nanotechnology was truly inspiring. Looking forward to applying these innovative insights to promote sustainable solutions in therapeutic applications. #Innovation #Nanomaterials #Sustainability #HealthcareAdvancements #ProfessionalDevelopment"
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🌿 Harnessing Nanotechnology to Manage Plant Stress 🌿 📚 Research Highlight: My primary focus is to address plant stress using various chemicals, and I am thrilled to share insights from my research published as part of my MPhil thesis, it focused on the impact of zinc (Zn) nanoparticles on okra (Abelmoschus esculentus L.) under salinity stress. The study demonstrated significant improvements in okra growth and stress tolerance, showcasing the potential of Zn nanoparticles in enhancing crop resilience against chemical stressors. 🧪 Nanomaterials in Stress Management: Zn Nanoparticles: As evidenced in my research, zinc nanoparticles play a crucial role in mitigating salinity stress and promoting healthy plant growth. In the field of agriculture, managing plant stress caused by various chemicals and environmental factors is crucial for healthy crops and sustainable yields. Nanotechnology is emerging as a revolutionary tool to combat these challenges. Here’s how it’s making a difference: 💧 Drought Resistance: Water Retention: Nanoparticles enhance soil’s ability to retain water, ensuring plants receive necessary moisture even during drought conditions. Efficient Water Use: Improving water usage efficiency, reducing the overall water requirement for crops. 🧂 Salinity Tolerance: Ion Regulation: Nanoparticles help regulate ion uptake, preventing toxic levels of salt from accumulating in plant cells. Stress Mitigation: Boosting the plant’s natural defense mechanisms to better tolerate and thrive in saline conditions. 🔥 Temperature Extremes: Heat Tolerance: Nanoparticles assist plants in maintaining their metabolic functions even under high temperatures. Cold Resistance: Enhancing the plant’s ability to survive and grow in low-temperature environments. 🔬 Antioxidant Defense: Reactive Oxygen Species (ROS) Control: Nanoparticles improve the antioxidant defense system in plants, neutralizing harmful ROS produced during stress. Cellular Protection: Safeguarding plant cells from oxidative damage, promoting healthy growth and productivity. 🌾 Future Prospects: Nanotechnology offers immense potential in transforming how we manage plant stress, ensuring robust plant health, higher yields, and sustainable farming practices. By integrating these advanced solutions, we can pave the way for a resilient agricultural future. 🚀 Let’s embrace nanotechnology to combat plant stress and promote a sustainable and productive agricultural landscape! 🌱 #Nanotechnology #PlantStress #Agriculture #Sustainability #Innovation #AgriTech #FutureFarming #GreenTech #Research #ZincNanoparticles #CropResilience #PlantScience #SoilHealth #CropProtection #NanoFertilizers #NanoPesticides #AbioticStress #SalinityStress #DroughtResistance #Agriculture #PlantBiology #Horticulture #CropScience #AgriResearch #PlantResearch #BotanicalStudies #Agroecology #PlantPhysiology #AgriculturalScience #PlantGenetics #SoilScience 4o
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According to the traditional Indian sciences, copper is believed to have “purifying” qualities, prompting its use as a disinfectant to remove harmful bacteria. Taking inspiration from this idea, Dr. Anasuya Roy, Founder, Nanosafe Solutions Private Limited , has developed a copper-based solution to help purify the air we breathe. Her company, NanoSafe, has patented an active copper technology that acts against microbes like bacteria, fungi, and algae in the environment. The technology has been applied in the polymer, textile, and coating industries, and in around 40 products, including steel bottles, water tanks, construction chemicals, mattresses, and leather upholstery. At IAN Group (formerly Indian Angel Network), we are proud to support companies like NanoSafe that are shaping lives through science and purpose, and working towards a healthier and more sustainable India. #AirPollution #PublicHealth #Innovation #Sustainability #AntiMicrobialTech #Hygiene #HealthAndSafety #CopperTechnology
In Delhi, where pollution is suffocating the air, maintaining clean, healthy environments is more critical than ever. Innovative solutions are essential to combat the health impacts of pollution. Our technology ensures cleaner, safer living spaces by eliminating harmful microbes, from water bottles to mattresses. In regions facing public health challenges, our innovation can play a pivotal role in enhancing hygiene and reducing exposure to contaminants. Thanks to The Better India for featuring Dr. Anasuya Roy's antimicrobial technology from Indian Institute of Technology, Delhi. Read more @ The Better India (https://lnkd.in/gCxmQwca) Dr. Anasuya Roy | Nirav Mehta | Mangala Joshi | IAN Group (formerly Indian Angel Network) | Indian Institute of Technology, Delhi | Foundation for Innovation and Technology Transfer, IIT Delhi | Indian Institute of Management, Lucknow | Indian Institute of Management Ahmedabad | Biotechnology Industry Research Assistance Council (BIRAC) | Delhi Pharmaceutical Sciences and Research University (DPSRU) | Startup India | DIIF: DPSRU Innovation and Incubation Foundation | Department of Biotechnology
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In Delhi, where pollution is suffocating the air, maintaining clean, healthy environments is more critical than ever. Innovative solutions are essential to combat the health impacts of pollution. Our technology ensures cleaner, safer living spaces by eliminating harmful microbes, from water bottles to mattresses. In regions facing public health challenges, our innovation can play a pivotal role in enhancing hygiene and reducing exposure to contaminants. Thanks to The Better India for featuring Dr. Anasuya Roy's antimicrobial technology from Indian Institute of Technology, Delhi. Read more @ The Better India (https://lnkd.in/gCxmQwca) Dr. Anasuya Roy | Nirav Mehta | Mangala Joshi | IAN Group (formerly Indian Angel Network) | Indian Institute of Technology, Delhi | Foundation for Innovation and Technology Transfer, IIT Delhi | Indian Institute of Management, Lucknow | Indian Institute of Management Ahmedabad | Biotechnology Industry Research Assistance Council (BIRAC) | Delhi Pharmaceutical Sciences and Research University (DPSRU) | Startup India | DIIF: DPSRU Innovation and Incubation Foundation | Department of Biotechnology
IIT-D Scientist's Patented Tech Prevents Unwanted Microbial Growth in Water Tanks, Mattresses
thebetterindia.com
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In a world where pollution increasingly threatens public health, ensuring clean and safe environments has never been more crucial. Innovative solutions are essential to minimise exposure to harmful contaminants and enhance overall well-being. Nanosafe Solutions Private Limited , a member of the IAN Group (formerly Indian Angel Network) portfolio, is addressing this challenge with its patented antimicrobial technology. Powered by active copper, this safe and effective micronutrient-based solution eliminates 99.99% of microbes, ensuring unmatched protection. From everyday essentials like water bottles to household items like mattresses, Nanosafe’s technology is a game-changer for hygiene and safety, especially in regions facing critical public health challenges. IAN Group is proud to support such ideas and solutions that contribute to a healthier, more sustainable future. #SafeLiving #CleanTech #IANGroup #NanosafeSolutions #PublicHealth
In Delhi, where pollution is suffocating the air, maintaining clean, healthy environments is more critical than ever. Innovative solutions are essential to combat the health impacts of pollution. Our technology ensures cleaner, safer living spaces by eliminating harmful microbes, from water bottles to mattresses. In regions facing public health challenges, our innovation can play a pivotal role in enhancing hygiene and reducing exposure to contaminants. Thanks to The Better India for featuring Dr. Anasuya Roy's antimicrobial technology from Indian Institute of Technology, Delhi. Read more @ The Better India (https://lnkd.in/gCxmQwca) Dr. Anasuya Roy | Nirav Mehta | Mangala Joshi | IAN Group (formerly Indian Angel Network) | Indian Institute of Technology, Delhi | Foundation for Innovation and Technology Transfer, IIT Delhi | Indian Institute of Management, Lucknow | Indian Institute of Management Ahmedabad | Biotechnology Industry Research Assistance Council (BIRAC) | Delhi Pharmaceutical Sciences and Research University (DPSRU) | Startup India | DIIF: DPSRU Innovation and Incubation Foundation | Department of Biotechnology
IIT-D Scientist's Patented Tech Prevents Unwanted Microbial Growth in Water Tanks, Mattresses
thebetterindia.com
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Poor indoor air quality can lead to serious health problems, and microbial contaminants are a major concern. To address this issue, Dr. Anasuya Roy, the Founder of Nanosafe Solutions Private Limited and a PhD-holder from IIT Delhi, has developed an innovative solution using NanoSafe’s patented active copper technology to protect against microbes like bacteria, fungi, and algae. NanoSafe also produces antimicrobial water bottles, tanks, and mattresses to prioritise hygiene and safety, and improve indoor air quality. Its groundbreaking application of advanced materials science shows how innovation can enhance daily life while promoting health and sustainability. IAN Group (formerly Indian Angel Network) takes pride in supporting such innovation that drives meaningful change and community well-being. #AirPollution #PublicHealth #Innovation #Sustainability #AntiMicrobialTech #Hygiene #HealthAndSafety #CopperTechnology
In Delhi, where pollution is suffocating the air, maintaining clean, healthy environments is more critical than ever. Innovative solutions are essential to combat the health impacts of pollution. Our technology ensures cleaner, safer living spaces by eliminating harmful microbes, from water bottles to mattresses. In regions facing public health challenges, our innovation can play a pivotal role in enhancing hygiene and reducing exposure to contaminants. Thanks to The Better India for featuring Dr. Anasuya Roy's antimicrobial technology from Indian Institute of Technology, Delhi. Read more @ The Better India (https://lnkd.in/gCxmQwca) Dr. Anasuya Roy | Nirav Mehta | Mangala Joshi | IAN Group (formerly Indian Angel Network) | Indian Institute of Technology, Delhi | Foundation for Innovation and Technology Transfer, IIT Delhi | Indian Institute of Management, Lucknow | Indian Institute of Management Ahmedabad | Biotechnology Industry Research Assistance Council (BIRAC) | Delhi Pharmaceutical Sciences and Research University (DPSRU) | Startup India | DIIF: DPSRU Innovation and Incubation Foundation | Department of Biotechnology
IIT-D Scientist's Patented Tech Prevents Unwanted Microbial Growth in Water Tanks, Mattresses
thebetterindia.com
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We are happy to invite the quality and concern Book chapter in our next Book entitled "HYBRID BIOACTIVE NANOPARTICLES: Fabrication, Performance and Industrial Applications, on the platform of Jenny Stanford Publisher. This comprehensive handbook will delve into the world of sustainable nanotechnology. This proposed book would envision the urgent need for eco-friendly alternatives in the synthesis and utilization of nanoparticles to address the growing need for sustainable and environmentally friendly approaches. By exploring innovative methods of creating nanoparticles using biocompatible materials, plant extracts, and other renewable resources, towards showcasing their practical applications in diverse fields. This handbook will aspire to be a corner-stone resource in the evolving landscape of nanotechnology. Query & abstract submission: sudheesh.books@gmail.com Lovely Professional University LPU School of Chemical Engineering and Physical Sciences New Jersey Institute of Technology DTU - Technical University of Denmark University of Johannesburg University of Johannesburg: Library All India Council for Technical Education (AICTE) University Grants Commission (UGC) Office of the Principal Scientific Adviser to the Government of India Government of Uttar Pradesh
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TIP 28 - Nanotechnology Buzzing in the Beehive: A Look at Nanomaterials in Apiculture 🐝 Nanotechnology, the manipulation of matter on an atomic and molecular scale, is making waves in various industries, and apiculture is no exception. By harnessing the power of nanomaterials, researchers and beekeepers are exploring innovative solutions to address the pressing challenges faced by honeybees. Why Nanomaterials in Apiculture? 💊 Enhanced Nutrient Delivery: Nanomaterials can encapsulate essential nutrients and deliver them directly to bees, improving their overall health and productivity. ☠️ 🎯Improved Pesticide Resistance: Nanomaterials can be used to develop nano-pesticides that are more targeted and less harmful to bees and the environment. 🦠 Disease Prevention and Treatment: Nanomaterials can be used to create nano-antibiotics and other antimicrobial agents to combat bee diseases, and to build Nano-sensors, used to monitor bee health and environmental conditions 🧹 Targeted pollutant removal: Nanoparticles can be designed to specifically target and degrade pollutants in water, soil, and air. This reduces the overall environmental burden and improves habitat quality for bees and other species. ⚠️ While the potential benefits of nanotechnology in apiculture are significant, it is essential to conduct thorough research and testing to ensure the safety of bees and the environment. By carefully considering the potential risks and benefits, we can harness the power of nanotechnology to support sustainable beekeeping practices and protect these vital pollinators. #potential #nanomaterials #nanoparticles #nanotechnology #apiculture #beekeeping #innovation #sustainability European Health and Digital Executive Agency (HaDEA) Istituto Mario Negri Royal College of Surgeons in Ireland (RCSI) INNOVA - Technology Transfer and Valorisation Luxembourg Institute of Science and Technology (LIST) CIC biomaGUNE MyBiotech GmbH GreenDecision Graphenea Sorbonne Paris North University (Université Sorbonne Paris Nord) Leipzig University Zhejiang University Luisa Diomede Paolo Bigini
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Plastics support everyone's life significantly but also degrading to produce micro and nano plastic (N/M-Ps) that has also integrated with the human cycle as one of the serious pollutants. These N/M-Ps are declared invisible threats as these particles are getting into the brain and are known for causing various serious issues. To explore such aspects, we articulated a technical mini-review exploring the potential of N/M-Ps affecting human health, mainly including getting into the brain and causing neurological problems, published in Chemosphere (IF = 8) Article "Nano/micro-plastic, an invisible threat getting into the brain" https://lnkd.in/dK4Q52vQ We believe that every domain connected with N/M-Ps must be examined to evaluate their adverse effects (direct or indirect) on the environment and health. Such proposed research aspects are essential to achieve a healthy lifestyle once N/M-Ps are manageable according to sustainability. This is a great experience and I am thankful to Avtar Singh Yogendra Kumar Mishra Vijai K. G. for supporting this article and making it as a significant article in the field. Florida Polytechnic University Syddansk Universitet - University of Southern Denmark Dublin City University Molekule Elsevier for Engineering R&D #greenchemistry #analyticalchemistry #environment #sustainableenvironment #sustainability #unitednations #EPA #plastic #microplastic #nanoplastics #materialsscience #nanotechnology #catalysts #membranes #sensors #AI #iot #university #stemeducation #engineering #innovation #invention #collaboration
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