Research finds dietary zinc inhibits antimicrobial resistance (AMR) gene transmission: Bacteria transferred plasmids with AMR genes in the presence of zinc may result in reduced or nonexistent rates of AMR, without disupting the guy micrbiome
Read Full Article
#zinc #antimicrobialresistance #AMR #plasmids #microbiome
Read Full Article
#zinc #antimicrobialresistance #AMR #plasmids #microbiome
EurekAlert!
In lab tests, dietary zinc inhibits AMR gene transmission
In lab experiments, bacteria transferred plasmids with AMR genes in the presence of zinc at reduced or nonexistent rates. Stopping the transfer without killing microbes may help reduce AMR without disrupting the gut microbiome.
Science News
Use of controversial weedkiller, in particular glyphosate, inadvertently selects for drug-resistant bacteria that can spread to hospitals Read Full Article #GlyphosateResistance #AntibioticResistance #PublicHealthScience
🦠 Weedkiller Linked to Superbug Spread: Controversial weedkiller glyphosate may inadvertently be driving the evolution of drug-resistant bacteria, which can then spread to hospitals.
🔬 Widespread Resistance Found: In a study comparing hospital, agricultural, and nature reserve bacteria, researchers found that 74% of hospital strains were resistant to carbapenems, antibiotics used as a last resort. Worryingly, all hospital strains were also highly resistant to glyphosate.
🔄 Two-Way Transmission: Bacteria resistant to both antibiotics and glyphosate can travel between agricultural soils and hospitals through wastewater and other environmental pathways, creating a concerning cycle.
#Superbugs #AMR #Weedkillers
🔬 Widespread Resistance Found: In a study comparing hospital, agricultural, and nature reserve bacteria, researchers found that 74% of hospital strains were resistant to carbapenems, antibiotics used as a last resort. Worryingly, all hospital strains were also highly resistant to glyphosate.
🔄 Two-Way Transmission: Bacteria resistant to both antibiotics and glyphosate can travel between agricultural soils and hospitals through wastewater and other environmental pathways, creating a concerning cycle.
#Superbugs #AMR #Weedkillers
Science News
Antibiotic resistance in children is rising and likely to get worse, study finds Read Full Article #AntibioticResistance #PediatricHealth #PublicHealthNews
🦠 Childhood Antibiotic Resistance Soars: Over the past two decades, antimicrobial resistance (AMR) in children has significantly increased, making many common antibiotic treatments ineffective and now impacting even stronger drugs.
📈 Global Data Reveals Widespread Threat: Analysis of over 100,000 bacterial samples from children worldwide shows over a third are resistant to first-line antibiotics, and nearly a fifth to second-line options, with resistance particularly high in ICUs and younger children.
🚨 Alarming Rise in Critical Antibiotics: While resistance to first-line antibiotics has declined in some areas, resistance to second-line and last-resort antibiotics has risen dramatically, especially in ICUs (Watch: 15% to 33%, Reserve: 9% to 32%).
🌍 Resource-Limited Settings Hit Hardest: AMR is most severe in lower-income regions like Southeast Asia, Africa, and Central America, due to factors like unregulated antibiotic access, poor sanitation, and high infection rates.
#AMR #AntibioticResistance #GlobalHealth
📈 Global Data Reveals Widespread Threat: Analysis of over 100,000 bacterial samples from children worldwide shows over a third are resistant to first-line antibiotics, and nearly a fifth to second-line options, with resistance particularly high in ICUs and younger children.
🚨 Alarming Rise in Critical Antibiotics: While resistance to first-line antibiotics has declined in some areas, resistance to second-line and last-resort antibiotics has risen dramatically, especially in ICUs (Watch: 15% to 33%, Reserve: 9% to 32%).
🌍 Resource-Limited Settings Hit Hardest: AMR is most severe in lower-income regions like Southeast Asia, Africa, and Central America, due to factors like unregulated antibiotic access, poor sanitation, and high infection rates.
#AMR #AntibioticResistance #GlobalHealth
A fungus resistant to all 4 types of antifungal drugs has been found in a hospital patient in Kenya, only the 2nd case ever recorded worldwide after New York in 2022. The superbug, Candida (Candidozyma) auris, infected a 28-year-old's surgical wound, and scientists warn the global threat is growing.
Read Full Article
#CandidaAurIs #AMR #GlobalHealthThreat
Read Full Article
#CandidaAurIs #AMR #GlobalHealthThreat
Nature
Emergence of pan-drug resistant Candidozyma auris in Kenya, the second globally documented case
Scientific Reports - Emergence of pan-drug resistant Candidozyma auris in Kenya, the second globally documented case
😱1