Close Menu
    Facebook LinkedIn YouTube WhatsApp X (Twitter) Pinterest
    Trending
    • How to Combine Claude Code and Codex for Maximum Coding Power
    • Supermassive black holes may create millions of new planets
    • Cheque in: 3 startups ended May by raising $15.5 million
    • Universal Audio Volt 876 USB Audio Interface Review: Pro-Level Polish
    • New York City-based Mecka AI, which trains robots with human data sourced from body sensors and iPhones, raised $60M, including a $25M Series A (Ben Weiss/Fortune)
    • Is Instagram Down? What to Know
    • It’s the Lessons We Learned Along the Way. Or, Is It?
    • The forever chemicals impacting your health
    Facebook LinkedIn WhatsApp
    Times FeaturedTimes Featured
    Monday, June 1
    • Home
    • Founders
    • Startups
    • Technology
    • Profiles
    • Entrepreneurs
    • Leaders
    • Students
    • VC Funds
    • More
      • AI
      • Robotics
      • Industries
      • Global
    Times FeaturedTimes Featured
    Home»Tech Innovation»Tiny metal structures kill bacteria with sharp spikes
    Tech Innovation

    Tiny metal structures kill bacteria with sharp spikes

    Editor Times FeaturedBy Editor Times FeaturedNovember 27, 2025No Comments2 Mins Read
    Facebook Twitter Pinterest Telegram LinkedIn Tumblr WhatsApp Email
    Share
    Facebook Twitter LinkedIn Pinterest Telegram Email WhatsApp Copy Link


    No person needs dangerous micro organism colonizing the surfaces of objects akin to medical implants, but we additionally don’t desire them build up a resistance to antibiotics. Nicely, assist could also be on the way in which, within the type of tiny metallic constructions that kill the microbes by poking holes in them.

    Metal-organic frameworks (MOFs) are a comparatively new class of nanostructure, formally outlined as “hybrid inorganic–natural microporous crystalline supplies shaped from metallic ions and natural linkers by coordination bonds.” And whereas they have been used to kill bacteria before, they’ve usually performed so by releasing antimicrobial brokers or heavy metallic ions.

    Scientists at Sweden’s Chalmers College, nevertheless, have now taken a unique strategy.

    They created a microscopic coating made up of two layers of MOFs grown one on prime of the opposite. By exactly controlling the crystalline progress of the fabric, the researchers have been capable of tweak the spacing of sharp “nanotips” that protruded from the 2 layers of MOFs.

    The spacing is such that when a person bacterium lands on the coating, the nanotips pierce its protecting outer membrane. This ends in the dying of the microbe, with out selling the event of antibiotic-resistant micro organism.

    “If the space between the nanotips is simply too giant, micro organism can slip by and fasten to the [underlying] floor,” says Dr. Zhejian Cao, lead writer of the examine. “If the space is simply too small, nevertheless, the mechanical stress exerted by the nanotips on the bacterial cell capsule could also be decreased in order that the micro organism survive – the identical precept that permits you to lie on a mattress of nails with out getting damage.”

    It’s hoped that the MOF coating might in the end be utilized not solely on objects like implants and catheters, however even in non-medical functions akin to ship hulls and the internal partitions of pipes, the place it could forestall biofouling by holding bacterial biofilms from forming.

    A paper on the analysis was not too long ago printed within the journal Advanced Science.

    And only for the report, layered MOFs aren’t the one issues able to killing micro organism by shredding their outer membranes. Scientists have additionally had success with spiky coatings impressed by the wings of cicadas and dragonflies, and which are made out of copper-coated stainless steel.

    Supply: Chalmers University





    Source link

    Share. Facebook Twitter Pinterest LinkedIn Tumblr Email
    Editor Times Featured
    • Website

    Related Posts

    Supermassive black holes may create millions of new planets

    June 1, 2026

    The forever chemicals impacting your health

    June 1, 2026

    Thermal Master P4 camera review: advanced heat detection

    June 1, 2026

    Fish steals light molecules to glow for camouflage

    June 1, 2026

    Tiny Ecuador cabin blends with cloud forest nature

    June 1, 2026

    Neanderthals used birch tar as antibiotic medicine

    June 1, 2026

    Comments are closed.

    Editors Picks

    How to Combine Claude Code and Codex for Maximum Coding Power

    June 1, 2026

    Supermassive black holes may create millions of new planets

    June 1, 2026

    Cheque in: 3 startups ended May by raising $15.5 million

    June 1, 2026

    Universal Audio Volt 876 USB Audio Interface Review: Pro-Level Polish

    June 1, 2026
    Categories
    • Founders
    • Startups
    • Technology
    • Profiles
    • Entrepreneurs
    • Leaders
    • Students
    • VC Funds
    About Us
    About Us

    Welcome to Times Featured, an AI-driven entrepreneurship growth engine that is transforming the future of work, bridging the digital divide and encouraging younger community inclusion in the 4th Industrial Revolution, and nurturing new market leaders.

    Empowering the growth of profiles, leaders, entrepreneurs businesses, and startups on international landscape.

    Asia-Middle East-Europe-North America-Australia-Africa

    Facebook LinkedIn WhatsApp
    Featured Picks

    How Waymo Handles Footage From Events Like the LA Immigration Protests

    June 12, 2025

    Hyundai Ioniq 3 2026: Price, Specs, Availability

    April 20, 2026

    Stop children using VPNs to watch porn, ministers told

    August 19, 2025
    Categories
    • Founders
    • Startups
    • Technology
    • Profiles
    • Entrepreneurs
    • Leaders
    • Students
    • VC Funds
    Copyright © 2024 Timesfeatured.com IP Limited. All Rights.
    • Privacy Policy
    • Disclaimer
    • Terms and Conditions
    • About us
    • Contact us

    Type above and press Enter to search. Press Esc to cancel.