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28 results for "drug resistance"
Researchers have created a new way to design antibiotics that bacteria can't easily defeat, potentially reviving drugs that stopped working and paving the way for more effective treatments. The breakthrough could help fight the growing threat of drug-resistant infections.
Scientists at UC San Diego discovered that catestatin, a naturally occurring peptide in our bodies, can slow melanoma growth and overcome drug resistance. This breakthrough could transform how doctors treat one of the deadliest forms of skin cancer.
Scientists are reviving forgotten antimicrobial peptides with modern technology to combat drug-resistant bacteria. These small proteins, once deemed too toxic, could become tomorrow's lifesaving treatments.
Researchers discovered that switching cancer treatments early, before tumors bounce back, could prevent drug resistance and save more lives. Three clinical trials are already testing this "kick it while it's down" approach.
Scientists developed technology that traces hundreds of cancer mutations back to shared control switches, potentially simplifying treatment. The breakthrough could mean one therapy targeting multiple genetic causes instead of treating each mutation separately.
Researchers discovered a way to make treatment-resistant cancer cells vulnerable again by breaking down their DNA repair machinery. The breakthrough could help millions of patients whose cancers stopped responding to existing therapies.
Researchers in Melbourne have discovered a hidden "on switch" in tuberculosis bacteria that could lead to treatments for drug-resistant strains. The breakthrough uses advanced imaging to target the disease in a completely new way.
Nigeria will welcome over 100 countries in June 2026 for Africa's first global summit tackling antimicrobial resistance, a silent threat killing nearly 5 million people yearly. The landmark meeting aims to turn promises into action and save lives across the continent and beyond.
A South Korean biotech company is flipping the script on cancer treatment by attacking the fortress around tumors instead of just the cancer cells themselves. Their drug could help overcome one of chemotherapy's biggest problems: resistance.
Tanzania is ramping up its battle against drug-resistant diseases by bringing together health, agriculture, and environmental agencies under one coordinated plan. The country is investing in public education and smarter medicine use to protect its people from a growing global threat.
Tanzania is ramping up its fight against antimicrobial resistance, a growing threat that makes infections harder to treat. The government just launched a coordinated national strategy bringing together multiple ministries to protect public health.
Researchers discovered that ovarian cancer cells activate survival mode within hours of treatment, but an existing lung cancer drug can block this response. The breakthrough could help thousands of women whose tumors stop responding to therapy.
The World Health Organization just released three new blueprints to help scientists develop lifesaving antibiotics for infections that no longer respond to existing drugs. These guidelines could spark the next generation of treatments for some of the world's most dangerous superbugs.
Regina Kamoga is one of eight women worldwide recognized for tackling antimicrobial resistance, a silent threat that kills over a million people annually. Her community-focused work in Uganda shows how grassroots education can protect life-saving medicines for future generations.
Thousands of HIV patients who couldn't use simpler treatments now have a new one-pill-a-day option that works just as well as complex multi-drug regimens. The breakthrough brings relief to a "forgotten population" who've been taking multiple pills daily for decades.
Viruses that attack bacteria have revealed a promising new way to defeat drug-resistant superbugs. By studying how these viruses shut down a key bacterial protein, scientists may have found the blueprint for a new generation of lifesaving antibiotics.
Scientists discovered that when HIV develops resistance to the groundbreaking drug lenacapavir, the virus loses its ability to spread effectively. This finding offers hope that the twice-yearly injection can remain a powerful tool in preventing and treating HIV.
Researchers at MetroHealth discovered why a bone marrow cancer often resists treatment and found two existing drugs that could overcome it. The breakthrough could help patients with myelofibrosis when their standard medications stop working.
A groundbreaking trial in rural China slashed unnecessary antibiotic prescriptions from 71% to 26% using simple digital prompts and peer support. The intervention could offer a blueprint for fighting drug resistance worldwide.
A scientist is using artificial intelligence to hunt for new antibiotics in the genetic code of woolly mammoths, Neanderthals, and even snake venom. His library of over one million potential treatments could help fight deadly drug-resistant infections.
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