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IISc researchers develop hydrogel that can remove microplastics from water

Researchers at IISc have developed a sustainable hydrogel to remove microplastics, with a unique polymer network and nanoclusters to degrade contaminants. The hydrogel can efficiently remove up to 95% of microplastics and be repurposed into carbon nanomaterials for heavy metal removal.

Soumi-dutta , Suryasarathi-bose , Department-of-materials-engineering , Indian-institute-of-science-iisc , Polymer-network , Indian-institute , Materials-engineering , Interpenetrating-polymer-network , Hydrogel , Iisc , Microplastics , Plastics

Hot on trail of bacteria resistant to antibiotics

There are different ways by which a bacterium becomes resistant to antibiotics. In one, the bacterium evolves and can recognise and eject the medicine out of its cell. In another, the bacterium produces an enzyme called β-lactamase, which hydrolyses the β-lactam ring – a key structural component of common antibiotics like penicillin and carbapenem – rendering the medication ineffective.

Jayanta-haldar , Uday-maitra-iisc , Uday-maitra , Arnab-dutta , World-health-organisation , Department-of-organic-chemistry-iisc , Jawaharlal-nehru-centre-for-advanced-scientific-research , Indian-institute-of-science-iisc , Indian-institute , Jawaharlal-nehru-centre , Advanced-scientific-research

Access Vascular secures $22M funding for biocompatible catheters

Access Vascular Inc. (AVI) closed a $22 million series C funding round that it plans to use principally to increase production capacity for its Mimix hydrophilic biomaterial vascular access devices. The company’s catheters are designed to evade identification as foreign bodies, reduce bacterial adhesion and eliminate catheter-related thrombus development.

Access-vascular-inc , Access-vascular , Infections , Peripherally-inserted-central-catheter , Catheter , Hydrogel , Mimix , Access-vascular-inc- , Clabsi , Central-line-associated-blood-stream-infection , Vascular-access

Low-cost anti-inflammatory hydrogel could help treat chronic skin lesions in people with diabetes

Researchers in São Paulo state, Brazil, have developed a low-cost anti-inflammatory hydrogel that in future could help treat chronic skin lesions such as those often seen in people with diabetes.

Brazil , United-states , Brazilians , America , Sonia-maria-oliani , Danielle-ellis , Institute-of-biosciences , International-diabetes-federation , Paulo-state-university , Federal-university , Monielle-sant-ana-leal , Maria-oliani

The Engineer - Light activated biomaterial shows promise for cornea repairs

An injectable biomaterial activated by pulses of low-energy blue light could enable on-the-spot repair to corneas, claims a team from University of Ottawa and their research partners.

Ottawa , Ontario , Canada , Emilio-alarcon , University-of-ottawa-heart-institute , Therapeutic-solutions , University-of-ottawa-faculty-medicine , Associate-professor , Ottawa-faculty , Ottawa-heart-institute , Advanced-functional , Cornea-tissue

Scientists Formulate New Hydrogel to Cure Triple Negative Breast Cancer

South Korean researchers at Ajou University recently used antioxidant resveratrol, found in natural plants such as grapes, to ...

South-korea , South-korean , Ajou-university , Department-of-applied-chemistry , Kim-moon-seok , Applied-chemistry , Graduate-school , Molecular-science , Today-bio , Breast-cancer , Hydrogel

Injectable hydrogel composite loaded with stem cells shows success in treating perianal fistulas

In a new study using a rat model of Crohn's disease, a biodegradable hydrogel composite loaded with stem cells, developed by Johns Hopkins Medicine researchers, in a collaborative effort with the Whiting School of Engineering, has shown significant success in treating perianal fistulas (PAF) — one of the many complications of Crohn's disease.

United-states , Americans , Florinm-selaru , Zhi-cheng-yao , Sashank-reddy , Jeffrey-chao , Susan-gearhart , Alyssa-parian , Emily-henderson , Kevan-salimian , Atif-zaheer , Yueh-hsun-yang

Scientists create eye tissue using stem cells and 3D printing

Scientists have found a way to produce eye tissue using stem cells and 3D printing, which could lead to breakthroughs in treating degenerative eye diseases. A group of researchers from the [...]

United-states , Americans , American , Kapil-bharti , Marc-ferrer , National-center , National-eye-institute , Stem-cell-translational-research , National-institutes-of-health , D-tissue-bioprinting-laboratory , American-academy-of-ophthalmology , Translational-sciences

Merritt Medical Hour: Nanobots being found in the bodies of vaxxed people – Brighteon.TV

Investigative researcher Celeste Solum joined the Medical Rebel Dr. Lee Merritt on the "Merritt Medical Hour" to discuss artificial intelligence (AI) and robots. During the Brighteon.TV [...]

Wuhan , Hubei , China , United-kingdom , White-house , District-of-columbia , United-states , British , Lee-merritt , Aidan-meller , Joe-biden , Celeste-solum