Articles tagged with Antibiotics
Researchers found that manuka honey can inhibit bacterial attachment to tissues and make MRSA more sensitive to antibiotics, reversing antibiotic resistance. This discovery could lead to the development of cheaper and more effective treatments for wound infections.
Scientists discover that bacteria in wasp antennae produce a cocktail of antibiotics to protect against fungal threats, a strategy similar to human combination therapy. This finding has potential clinical benefits and may yield novel antimicrobial compounds useful for human medicine.
A study found that long-term antibiotic use for acne decreased S. aureus colonization by nearly 70%, with no increased resistance to tetracycline antibiotics observed. This contradicts current dogma about long-term antibiotic use, suggesting further research is needed.
The Infectious Diseases Society of America warns that antibiotic-resistant super bugs threaten public health, citing a need for urgent action. The organization recommends initiatives to combat resistance, including incentivizing R&D, recalibrating FDA requirements, and promoting judicious use of antibiotics.
New technology encasing antibiotics in nanofibers kills a variety of disease-causing bacteria and fungi, including Escherichia coli and Pseudomonas aeruginosa. The treatment boosts the power of antibiotics, making them effective for longer periods.
A Cardiff University study found that antibiotics have no significant impact on alleviating symptoms or speeding recovery in patients with yellow or green phlegm. The research suggests that clinicians and patients overestimate the importance of phlegm color in deciding whether to prescribe antibiotics.
Researchers found that plant buffers can slow down the runoff of veterinary antibiotics in surface water, reducing transport by 58-72% for herbicides and 70% for antibiotics. The use of certain species like hybrid poplar can further enhance degradation of deposited antibiotics.
A large randomized trial found that preventive antibiotic use significantly reduces the risk of infection with highly resistant microorganisms in intensive care patients. Patients treated with selective digestive tract decontamination (SDD) were 59% less likely to develop bacteraemia and 38% less likely to colonize respiratory tracts.
A new UCSF study forecasts a far worse-than-expected cholera epidemic in Haiti, predicting nearly twice the number of cases as the United Nations' initial projections. The study suggests that extending access to antibiotics could save thousands of lives and prevent widespread fatalities.
A new study predicts nearly 800,000 cases and 11,100 deaths in Haiti due to cholera, significantly underestimating official projections. Combining available disease control strategies such as clean water access, oral vaccination, and expanded antibiotic use could prevent thousands of deaths.
A study finds that widespread discharge of inefficiently treated wastewater into rivers could occur if existing plans for antiviral and antibiotic use are implemented during a pandemic. This could lead to water quality deterioration at drinking water abstraction points, potentially causing eutrophication and environmental toxicity.
Iowa State researchers have identified and described two parts of the three-part system that pumps toxins from bacteria and allows them to resist antibiotics. The discoveries provide novel insights into how the transporter functions and could lead to ways to block its activity, heightening bacteria's sensitivity to antibiotics.
Swedish scientists reveal that pollutants from Indian factories are breeding resistance genes in river bacteria, posing a global risk for untreatable diseases. The study's novel DNA sequencing approach may also aid future hospital research.
A new Johns Hopkins Children's study suggests that timely and proper wound cleaning and draining may be more important than the choice of antibiotic in treating MRSA skin infections. The researchers found that 95% of children recovered completely within a week, regardless of which antibiotic they received.
University of Houston professors have developed a computerized modeling system to accelerate the development of new antibiotics. The system aims to identify effective dosing regimens and prioritize clinical investigations.
Scientists at Washington University School of Medicine have identified a protective mechanism in Streptococcus pyogenes that could be exploited to create new antibiotics. The discovery reveals how the antitoxin blocks the toxin's activity, sparing the bacteria from self-destruction.
Lyme arthritis can be treated successfully with oral antibiotics, but early diagnosis is crucial to prevent joint damage. Patients who develop the condition should look for symptoms like aching joints, fever, and rash, and report them to their physician.
Researchers at Indiana University School of Medicine have discovered a potential new anti-cancer treatment using the antibiotic tautomycetin, which targets the cancer-causing enzyme SHP2. This finding offers hope for developing effective treatments against various types of leukemia and solid tumors.
Research published in BMC Microbiology suggests that insects on pig farms can carry and transmit antibiotic-resistant bacteria to humans. The study found high prevalence of resistant Enterococcus faecalis and faecium in insect intestines, mirroring those found in pigs' feces.
A study found that mixing macrolide antibiotics with calcium-channel blockers increases the risk of hypotension and hospitalization in older patients. Erythromycin and clarithromycin were linked to a significant increase in hospitalizations, while azithromycin appeared safe.
Researchers at the Children's Hospital of Pittsburgh found that antibiotics are more effective than a placebo in relieving symptoms of middle-ear infections in young children. The study, funded by the National Institute of Allergy and Infectious Diseases, involved 291 children between 6 and 23 months old with acute middle ear infections.
New research shows vitamin D can speed up antibiotic treatment of tuberculosis (TB), clearing bacteria from the lungs in just 5 weeks for certain patients. Vitamin D deficiency is a common problem among TB patients, and those with a specific genetic type of vitamin D receptor responded better to supplementation.
A new antibiotic therapy developed at Cedars-Sinai Medical Center has shown long-lasting relief from irritable bowel syndrome (IBS) symptoms, even after treatment is stopped. The study found that patients experienced significant relief from bloating, abdominal pain, and loose stools for up to 10 weeks.
The Infectious Diseases Society of America has released its first-ever guidelines for the treatment of MRSA, which may mean not prescribing antibiotics for less complicated forms of infection. The guidelines address treatment of both common and invasive MRSA, a potentially deadly infection responsible for 18,000 deaths annually.
Researchers discovered interplay between genetic and persistence mechanisms in bacteria, leading to novel effective treatments for multi-drug resistant (MDR) infections. Persistence cells are temporarily hyper-resistant to antibiotics, causing treatment failure and contributing to chronic bacterial infections.
Researchers recommend selective use of antibiotics to treat Acute Otitis Media in children, while employing watchful waiting in non-critical cases to combat treatment-resistant bacterial strains. The study aims to reduce the emergence of new resistant bacterial strains.
A new study reveals that antibiotics in agricultural areas can contaminate water sources, potentially contributing to the spread of antibiotic resistance genes. Researchers at Virginia Tech have identified patterns of antibiotic resistance gene occurrence in a Colorado watershed, suggesting that specific manmade sources can be traced.
Researchers at the University of Minnesota have discovered a new way to combat antibiotic-resistant bacteria by treating municipal wastewater solids at higher temperatures. This approach can destroy up to 99.9% of bacterial genes that confer resistance, making it a potential tool in the fight against superbugs.
Researchers analyzed 135 studies to support new AOM practice guidelines, identifying otoscopic findings as key to accurate diagnosis. They also found that heptavalent pneumococcal conjugate vaccine use is associated with changes in AOM microbial epidemiology.
A new study found that antibiotics provide only modest benefits for treating acute ear infections in children, while also increasing the risk of side effects. The review of published research suggests that careful examination of the eardrum by a clinician is critical for accurate diagnosis.
Researchers have developed an inhalable dry powder antibiotic targeting TB, potentially reducing treatment time from 6-12 months to under a year. The novel treatment aims to distribute antibiotics directly to lung lesions, increasing targeted doses and minimizing side effects.
A recent review reveals that antibiotics can alter normal gut bacteria composition and leave resistance genes present for extended periods. This increases the risk of pathogenic bacteria survival and multi-drug resistance.
A recent study found that more than half of surrogate decision makers prefer to have full authority over the choice of life-support for incapacitated patients. However, a significant portion want to share or cede power to physicians. The extent of control varies based on trust in the physician overseeing care.
Researchers suggest vancomycin as the better treatment option for managing hospitalized patients with cellulitis, showing improved outcomes and discharge times compared to B-lactam antibiotics. The study found that intravenous vancomycin treatment was associated with faster recovery and reduced hospital stay duration.
Scientists have developed a new polymer-type material that exhibits biocidal activity toward MRSA and other Gram-negative bacteria when exposed to light, making it suitable for antibacterial countertops. The conjugated polyelectrolyte (CPE) material has shown promising results in killing bacteria without harming mammalian cells.
A large COMMAND clinical study found a 99.5% successful implantation rate and 0.48% overall infection rate for patients using TYRX's AIGISRx Antibacterial Envelope. The envelope reduces infections in high-risk patients by 70% compared to previous studies.
A new study found that an intestinal enzyme helps maintain a healthy balance of beneficial bacteria in the gut, potentially preventing serious health issues. The enzyme, IAP, blocks toxic molecules on pathogenic bacteria and restores beneficial E. coli strains after antibiotic treatment.
Researchers have developed a method to identify lytic enzymes with optimal bacteria-killing characteristics, which can target superbugs while leaving beneficial bacteria intact. The discovery aims to hasten the development of engineered enzymes for clinical use and offer a 'push button technology' solution.
Dr. Blaser and his team will investigate whether changes in the human microbiome as a result of antibiotic use have fueled the obesity epidemic. The grant will assess the roles of gastric and colonic microbiota related to hormones and metabolism in both humans and mice.
A University of Oklahoma research team has discovered a compound that can suppress the growth of pathogenic microbes and keep other oral microorganisms in check. This finding may lead to new treatments for thrush and related Candida infections.
Researchers will test NC State-created molecules against different types of animal cells infected with bacteria, aiming to develop effective treatments for antibiotic-resistant infections. The project aims to identify leading candidates that both revive antibiotics' effectiveness and have a low toxicity profile.
A study published in Infection Control and Hospital Epidemiology found that doctors often prescribe antibiotics to patients with viral respiratory tract infections, despite the lack of clinical benefit. This overuse of antibiotics can contribute to the development of resistant bacterial strains.
Trius will use its proprietary Focused Antisense Screening Technology (FAST) to identify antibacterial compounds from marine natural product libraries discovered by Scripps researchers. The goal is to develop novel antibiotics directed against microorganisms causing serious infections.
Researchers have developed a new generation of antibiotics that can overcome drug-resistant bacteria, such as MRSA. By harnessing the enzymes that inactivate antibiotics, the team created modified drugs that are effective against resistant bacterial strains.
A Stanford study found that repeated use of a benign antibiotic can alter the composition of beneficial microbes in the human gut. The research involved three healthy adult females who received two courses of ciprofloxacin, revealing persistent changes in their gut microbiomes.
A team from Case Western Reserve University has identified a novel dual recognition mechanism in Mycobacterium tuberculosis that may contribute to immune evasion. The discovery could aid in the design of new vaccines and antibiotics to combat the disease.
A historic conference at Uppsala University marked a turning point in the fight against antibiotic resistance. Global leaders agreed on joint action and shared data to monitor and limit unnecessary use of antibiotics, as well as improve access to affordable medicines in developing countries.
A new Cochrane Systematic Review found that longer antibiotic treatment courses in children with middle ear infections slightly reduce the risk of treatment failure. However, this benefit comes at a significant cost to society, as overuse of antibiotics contributes to drug resistance and increased healthcare expenditure.
A new report suggests that conserving and wisely using existing antibiotics is key to slowing the rise of antibiotic-resistant infections. The proposal would reward pharmaceutical companies for marketing drugs in a way that keeps resistance rates low by setting 'effectiveness targets' and coordinating with physicians and hospitals.
Scientists have identified powerful antibiotic properties in cockroach and locust brains, effective against MRSA and E. coli without harming human cells. These novel molecules could lead to new treatments for multi-drug resistant bacterial infections.
Researchers have found evidence that ancient Nubians regularly consumed tetracycline, a powerful antibiotic, most likely through their beer. This discovery suggests that the art of making antibiotics was common practice nearly 2,000 years ago and challenges traditional views on the origins of modern medicine.
A survey of Connecticut primary care physicians found that only 2.1% diagnose and treat patients with chronic Lyme disease, contradicting claims by 'Lyme literate' groups. The study's findings suggest that chronic Lyme disease may not be as common as previously thought.
A new study reveals that resistant pathogens can trigger protective mechanisms in non-resistant neighbors, increasing overall colony survival. The team identified an enzyme called tryptophanase, which produces indole, a signaling molecule offering protection against antibiotics.
A study suggests that current treatment theories need to be expanded to account for a more dynamic quitting process. Successful quitters can achieve abstinence despite periods of smoking before the end of treatment. Continued cessation treatments without interruption may increase 'real-world' quit rates for motivated smokers.
Fungus-farming ants use multiple antibiotics produced by actinomycete bacteria to control unwanted fungi and bacteria in their cultures. This discovery has identified a new antibiotic with potential medical applications, highlighting the importance of studying insect agriculture.
Scientists have identified over 100 antibiotic substances in frog skin secretions, offering a potential solution to the growing problem of antibiotic-resistant bacteria. The discovery could lead to the development of new antibiotics that are more powerful and less toxic than existing ones.
A large, randomized controlled trial found that a surgically implanted antibiotic sponge did not reduce the rate of sternal wound infections after cardiac surgery. The study contradicts previous results and suggests ethnic and regional differences may have contributed to the differing outcomes.
A study found that infection with malaria parasites during antibiotic treatment developed a vaccine-like immunity against re-infection. Antibiotics can prevent malaria parasite replication in the liver, allowing the immune system to mount a robust defense against future infections.
A new gene that enables bacteria to resist almost all antibiotics has been found in patients from India, Pakistan, and the UK, posing a serious global public health threat. The rapid emergence of these multi-drug resistant bacteria highlights the need for close international monitoring and surveillance.
A new experimental antibiotic has been shown to be effective against bacteria that are resistant to existing treatments. The compound works by targeting a specific enzyme in the bacteria's internal machinery, preventing it from reproducing.