The 'MeTro' Glue Seals Wounds in Just 60 Seconds
Michael Hemsworth — October 5, 2017 — Tech
References: sydney.edu.au & newatlas
Stitches and staples are the commonplace solution for sealing wounds but can be rather invasive and require removal after a certain amount of time, so the 'MeTro' surgical glue has been designed to eliminate the need. The glue starts as a liquid that solidifies into a gel-like substance upon application to hold the tissue together to aid the healing process. The glue is then cured with UV light to form a tight bond that is still somewhat elastic to ensure it's comfortable and manageable by the patient.
The 'MeTro' surgical glue can also be manipulated to remain in place for a desired length of time to ensure it's suitable for a wide array of different procedures ranging from simple to invasive.
The 'MeTro' surgical glue can also be manipulated to remain in place for a desired length of time to ensure it's suitable for a wide array of different procedures ranging from simple to invasive.
Trend Themes
1. Non-invasive Wound Sealing - Innovations in surgical glue technology such as 'MeTro' are disrupting traditional stitches and staples by providing non-invasive wound sealing solutions.
2. Biodegradable Surgical Glues - Surgical glues that are biodegradable are shaking up the medical industry by providing eco-friendly solutions for wound sealing and tissue repair.
3. Photopolymerizing Tissue Adhesives - Advancements in photopolymerizing tissue adhesives like 'MeTro' are creating new opportunities for improved surgical techniques and faster wound healing times.
Industry Implications
1. Medical Industry - The medical industry can benefit from the development of non-invasive and biodegradable surgical glues to enhance patient care and treatment outcomes.
2. Biotechnology Industry - The biotechnology industry can leverage photopolymerizing tissue adhesives to create innovative medical solutions that improve patient outcomes and revolutionize surgery techniques.
3. Materials Science Industry - The materials science industry can play a crucial role in developing new and advanced surgical glue technologies to enhance wound sealing and tissue repair capabilities.
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