- Home
- Editorial
- News
- Practice Guidelines
- Anesthesiology Guidelines
- Cancer Guidelines
- Cardiac Sciences Guidelines
- Critical Care Guidelines
- Dentistry Guidelines
- Dermatology Guidelines
- Diabetes and Endo Guidelines
- Diagnostics Guidelines
- ENT Guidelines
- Featured Practice Guidelines
- Gastroenterology Guidelines
- Geriatrics Guidelines
- Medicine Guidelines
- Nephrology Guidelines
- Neurosciences Guidelines
- Obs and Gynae Guidelines
- Ophthalmology Guidelines
- Orthopaedics Guidelines
- Paediatrics Guidelines
- Psychiatry Guidelines
- Pulmonology Guidelines
- Radiology Guidelines
- Surgery Guidelines
- Urology Guidelines
Solution to antibiotic resistance - Researchers develop novel antibiotics
France: In this world of increasing frequency of antibiotic resistance, that renders antibiotics ineffective, there arises a need for antibiotic alternatives that do not trigger resistance. In a bid to search for the same, a team of French researchers have developed a novel class of antibiotics that were effective against gram-positive and negative multi-resistant bacteria. Most importantly, the new antibiotics did not trigger resistance or cause toxicity while they were experimented to cause toxicity in mice. The antibiotic is based on a natural bacterial toxin.
The study is published in the journal PLOS Biology.
Antibiotics are medical wonders but their overuse has led to the development of antibiotic resistance and emergence of superbugs. According to WHO, antibiotic resistance is the biggest threats to human health globally and is expedited by antibiotic misuse in both humans and animals.
Also Read: WHO releases 2019 updated list of essential medicines, adds new antibiotics to the list
Testing of the compounds on human erythrocytes and kidney cells, zebrafish embryos, and mice showed no toxicity. In addition, after 2 weeks of serial passage performed against multidrug-resistant clinical isolates in vitro, and 4 or 6 days exposure in mice infected with MRSA, the compounds showed no development of resistance.
Also Read: Bacteriophages-Key to counter antibiotic resistance found in kitchen Sponge
Analysis of the mechanism of action indicates the compounds are able to permeate the cell membranes of gram-positive and gram-negative bacteria, leading to bacterial death.
"We have identified potential therapeutic agents that can provide alternative treatments against antimicrobial resistance. Because the compounds are potential leads for therapeutic development, the next step is to start phase I clinical trials," concluded the authors.
To read the complete study follow the link: https://doi.org/10.1371/journal.pbio.3000337
Disclaimer: This site is primarily intended for healthcare professionals. Any content/information on this website does not replace the advice of medical and/or health professionals and should not be construed as medical/diagnostic advice/endorsement or prescription. Use of this site is subject to our terms of use, privacy policy, advertisement policy. © 2020 Minerva Medical Treatment Pvt Ltd