Tag #Antibiotic Resistance

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liberation.fr

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Mar 8, 19:10

Human Proteasome Found to Produce Natural Antibiotics

An Israeli team discovered that the human proteasome produces antimicrobial peptides with antibiotic properties; this was shown by comparing infection rates in cells with and without functional proteasomes and isolating the peptides to confirm their antibiotic effects in vitro and in mice.

Human Proteasome Found to Produce Natural Antibiotics

An Israeli team discovered that the human proteasome produces antimicrobial peptides with antibiotic properties; this was shown by comparing infection rates in cells with and without functional proteasomes and isolating the peptides to confirm their antibiotic effects in vitro and in mice.

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What is the significance of the human proteasome's newly discovered antibiotic properties for combating bacterial infections and antibiotic resistance?

An Israeli research team discovered that the human proteasome, a cellular waste disposal system, produces antimicrobial peptides with antibiotic activity. This was determined by comparing infection rates in cells with and without functional proteasomes, showing that proteasome activity limits bacterial infection. The team isolated these peptides and confirmed their antibiotic effects in vitro and in mice.

mk.ru

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Feb 26, 10:09

UK's Antimicrobial Resistance Crisis: Limited Progress and Growing Threat

A report reveals that the UK is facing a growing crisis of antibiotic-resistant superbugs, with over 35,000 deaths annually and limited progress in government efforts to curb AMR, despite a national strategy launched in 2019; projections indicate a dramatic rise in AMR-related deaths globally.

UK's Antimicrobial Resistance Crisis: Limited Progress and Growing Threat

A report reveals that the UK is facing a growing crisis of antibiotic-resistant superbugs, with over 35,000 deaths annually and limited progress in government efforts to curb AMR, despite a national strategy launched in 2019; projections indicate a dramatic rise in AMR-related deaths globally.

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How have factors like the COVID-19 pandemic and NHS infrastructure contributed to the rise of AMR in the UK?

The failure to adequately address AMR poses a substantial threat to public health, impacting life expectancy, the NHS, and the economy. The report highlights that increased hospitalizations due to pre-existing conditions and aging infrastructure contribute to the problem. The COVID-19 pandemic further complicated efforts to combat AMR.", A3= ""Looking ahead, projections indicate a dramatic rise in AMR-related deaths globally. The UK's slow progress underscores the urgent need for comprehensive strategies to reduce AMR infections and invest in new treatments. Failure to act decisively will lead to severe consequences, including a substantial increase in mortality linked to AMR.", Q1="What is the current impact of antimicrobial resistance (AMR) in the UK, and what specific government efforts have been ineffective?", Q2="How have factors like the COVID-19 pandemic and NHS infrastructure contributed to the rise of AMR in the UK?", Q3="What are the projected long-term consequences if the UK government fails to address the AMR crisis effectively?", ShortDescription="A report reveals that the UK is facing a growing crisis of antibiotic-resistant superbugs, with over 35,000 deaths annually and limited progress in government efforts to curb AMR, despite a national strategy launched in 2019; projections indicate a dramatic rise in AMR-related deaths globally.", ShortTitle="UK's Antimicrobial Resistance Crisis: Limited Progress and Growing Threat"))

forbes.com

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Feb 20, 01:12

Google's AI Co-Scientist Accelerates Scientific Research

Google launched an "AI co-scientist" built on Gemini 2.0 to accelerate research; early tests at University College London replicated a decade of research on antibiotic-resistant bacteria in significantly less time, showcasing the potential for faster scientific discovery.

Google's AI Co-Scientist Accelerates Scientific Research

Google launched an "AI co-scientist" built on Gemini 2.0 to accelerate research; early tests at University College London replicated a decade of research on antibiotic-resistant bacteria in significantly less time, showcasing the potential for faster scientific discovery.

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What immediate impact does Google's AI co-scientist have on the speed and efficiency of scientific research, as evidenced by early testing?

Google's new AI co-scientist, built on Gemini 2.0, assists researchers by generating hypotheses, research overviews, and experimental protocols, significantly accelerating the research process. In a UCL study on antibiotic-resistant bacteria, the AI replicated years of research in a fraction of the time, demonstrating its potential to expedite scientific discovery. This tool is currently in a limited testing phase with select researchers.

elpais.com

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Feb 11, 10:08

Spanish Veterinarians Protest New Antibiotic Prescription System"

Starting January 2, 2024, Spanish veterinarians must use Presvet to record antibiotic prescriptions, causing protests due to its constraints on treatment options, potential animal welfare risks, and difficulties accessing medications in pharmacies, prompting a one-hour work stoppage on February 11th...

Spanish Veterinarians Protest New Antibiotic Prescription System"

Starting January 2, 2024, Spanish veterinarians must use Presvet to record antibiotic prescriptions, causing protests due to its constraints on treatment options, potential animal welfare risks, and difficulties accessing medications in pharmacies, prompting a one-hour work stoppage on February 11th...

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What are the immediate consequences of Spain's new veterinary antibiotic prescription system, Presvet?

Since January 2, 2024, Spanish veterinarians must record antibiotic prescriptions in Presvet, a new system aimed at controlling antibiotic use in animals. This has led to protests, as veterinarians argue the system hinders their work and potentially jeopardizes animal welfare.

dailymail.co.uk

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Jan 10, 13:09

High-Fiber Diet May Reduce Food Poisoning Risk

British research shows that consuming fiber-rich foods like wholegrain bread, vegetables, and beans promotes gut bacteria that fight food poisoning, with a high-fiber diet potentially minimizing the risk of serious illness and death from this common ailment.

High-Fiber Diet May Reduce Food Poisoning Risk

British research shows that consuming fiber-rich foods like wholegrain bread, vegetables, and beans promotes gut bacteria that fight food poisoning, with a high-fiber diet potentially minimizing the risk of serious illness and death from this common ailment.

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How does increased dietary fiber intake influence the prevention of food poisoning, and what are the specific mechanisms involved?

University of Cambridge research indicates that a high-fiber diet, rich in wholegrain bread, vegetables, and beans, promotes beneficial gut bacteria (Faecalibacterium) that combat food poisoning-causing Enterobacteriaceae. This protection is achieved through the production of short-chain fatty acids from fiber, inhibiting the growth of harmful bacteria.

theguardian.com

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Jan 5, 16:09

Antibiotic Resistance Crisis Projected to Cause 40 Million Deaths by 2050

Dame Sally Davies warns of a growing antibiotic resistance crisis, projecting nearly 40 million deaths by 2050 due to the spread of superbugs, driven by factors like livestock antibiotic overuse and a lack of new antibiotic development.

Antibiotic Resistance Crisis Projected to Cause 40 Million Deaths by 2050

Dame Sally Davies warns of a growing antibiotic resistance crisis, projecting nearly 40 million deaths by 2050 due to the spread of superbugs, driven by factors like livestock antibiotic overuse and a lack of new antibiotic development.

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What is the immediate impact of antimicrobial resistance (AMR) globally, and what specific evidence supports this?

Antimicrobial resistance (AMR) causes nearly one million deaths annually, a figure projected to double by 2050, reaching almost 40 million deaths. This is driven by factors including the overuse of antibiotics in livestock and poor sanitation, facilitating the spread of resistant bacteria globally.

kathimerini.gr

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Mar 7, 16:12

High Antibiotic Resistance in Greece Threatens Public Health

A report by the ECDC and EFSA reveals high antibiotic resistance in Greece, particularly in Salmonella, E. coli, and Campylobacter bacteria affecting both humans and animals, due to overuse of antibiotics in medicine and agriculture, inadequate hygiene, and environmental pollution; a situation proje...

High Antibiotic Resistance in Greece Threatens Public Health

A report by the ECDC and EFSA reveals high antibiotic resistance in Greece, particularly in Salmonella, E. coli, and Campylobacter bacteria affecting both humans and animals, due to overuse of antibiotics in medicine and agriculture, inadequate hygiene, and environmental pollution; a situation proje...

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What is the extent of antibiotic resistance in Greece, and what are its immediate consequences for public health?

In Greece, resistance to common antibiotics in Salmonella, E. coli, and Campylobacter bacteria is high, reaching 92.6% in E. coli in fattening pigs and 95% in poultry. This surpasses many EU countries and contributes to increased rates of gastrointestinal infections.

bbc.com

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Feb 21, 07:08

AI Solves Decade-Long Superbug Mystery in 48 Hours

A Google AI tool solved a ten-year-old microbiology problem in just 48 hours, confirming an Imperial College London team's unpublished hypothesis on superbug antibiotic resistance and suggesting several novel research avenues.

AI Solves Decade-Long Superbug Mystery in 48 Hours

A Google AI tool solved a ten-year-old microbiology problem in just 48 hours, confirming an Imperial College London team's unpublished hypothesis on superbug antibiotic resistance and suggesting several novel research avenues.

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What specific methods did the researchers use to test the AI tool, and what were the key findings that validated its capabilities?

The AI tool not only replicated the team's unpublished research but also provided four additional hypotheses, one of which is now being investigated. This demonstrates the potential of AI to accelerate scientific discovery and generate novel research avenues.

faz.net

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Feb 19, 16:11

Germany Sees Surge in Antibiotic Prescriptions

Germany experienced an 18.4% increase in antibiotic prescriptions in 2023, reaching 36.1 million packages—a level exceeding pre-pandemic numbers and costing €792 million, while reserve antibiotic use remains high despite a decrease in veterinary use.

Germany Sees Surge in Antibiotic Prescriptions

Germany experienced an 18.4% increase in antibiotic prescriptions in 2023, reaching 36.1 million packages—a level exceeding pre-pandemic numbers and costing €792 million, while reserve antibiotic use remains high despite a decrease in veterinary use.

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What factors contributed to the decrease in antibiotic prescriptions during the COVID-19 pandemic and the subsequent rise in 2023?

The rise in antibiotic prescriptions follows a period of decline during the COVID-19 pandemic, reaching a low of 24.4 million packages in 2021. The increase is particularly concerning given the continued high number of reserve antibiotic prescriptions (15.7 million packages in 2023), despite efforts to curb their use. This highlights a need for more effective strategies to reduce overall antibiotic consumption.

dailymail.co.uk

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Jan 19, 07:06

Microplastics Linked to 200x Increase in Deadly Superbugs

New research from Oxford University reveals microplastics are increasing the spread of deadly superbugs by up to 200 times, potentially causing millions of deaths by 2050 due to a lack of global plastic waste governance, despite the UK Government's strategy to combat drug-resistant infections.

Microplastics Linked to 200x Increase in Deadly Superbugs

New research from Oxford University reveals microplastics are increasing the spread of deadly superbugs by up to 200 times, potentially causing millions of deaths by 2050 due to a lack of global plastic waste governance, despite the UK Government's strategy to combat drug-resistant infections.

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What role does the current lack of global plastic waste governance play in the increase of drug-resistant infections?

The study, published by Oxford researchers, directly connects the prevalence of microplastics in the environment with the mutation and spread of drug-resistant bacteria. This is alarming because microplastics persist for centuries, accumulating in the food chain and human bodies, and current policies, like the UK Government's strategy, fail to address this critical link.

pda.kp.ru

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Jan 6, 16:11

Antibiotic Resistance to Cause 40 Million Deaths by 2050

A new study projects approximately 40 million deaths globally from antibiotic-resistant infections within the next 25 years, with a 70% increase in deaths by 2050 primarily affecting those 70 and older, driven by aging populations and increased vulnerability to infection; however, deaths have decrea...

Antibiotic Resistance to Cause 40 Million Deaths by 2050

A new study projects approximately 40 million deaths globally from antibiotic-resistant infections within the next 25 years, with a 70% increase in deaths by 2050 primarily affecting those 70 and older, driven by aging populations and increased vulnerability to infection; however, deaths have decrea...

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What are the projected global consequences of antibiotic resistance over the next 25 years, and what specific demographic is most affected?

The global burden of antibiotic resistance is projected to cause approximately 40 million deaths over the next 25 years, according to a new study. By 2050, deaths from antibiotic-resistant microbes are expected to reach nearly 2 million annually, a 70% increase from 2022 levels. This increase is primarily driven by a more than 80% rise in deaths among those 70 and older.

dw.com

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Dec 19, 13:11

Ancient DNA Study Challenges Syphilis Origin Story

A new study using genetic analysis of 8,000-year-old South American skeletons suggests that syphilis originated in the Americas, challenging the 'Columbian hypothesis' and highlighting the disease's long history and adaptability.

Ancient DNA Study Challenges Syphilis Origin Story

A new study using genetic analysis of 8,000-year-old South American skeletons suggests that syphilis originated in the Americas, challenging the 'Columbian hypothesis' and highlighting the disease's long history and adaptability.

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What evidence challenges the 'Columbian hypothesis' regarding the origin of syphilis, and what are the implications for understanding the disease's history?

A new study published in Nature suggests that the bacteria causing syphilis originated in the Americas 8,000 years ago. Genetic analysis of ancient skeletons revealed a precursor to the syphilis-causing bacteria, T. pallidum, existed long before Columbus's voyages, challenging the long-held "Columbian hypothesis". This implies a much longer history of the disease than previously believed.

Showing 37 to 48 of 53 results