The review highlights alarming trends in AMR, including rising resistance to last-line antibiotics, regional disparities, and the rapid spread of resistant genes through global travel and agriculture. Innovative drug combinations and precision-based treatment strategies offer hope in reclaiming control over this growing crisis.
A comprehensive review reveals AI's potential to predict resistance patterns, optimize antibiotic use, and strengthen early detection and intervention strategies. Machine learning and deep learning algorithms are transforming surveillance, diagnosis, treatment optimization, and drug discovery.
The newly released expert consensus systematically reviews epidemiological characteristics, laboratory diagnostic methods, and optimized treatment pathways for managing ESBL-E infections. It provides individualized, evidence-based antimicrobial therapy based on infection severity, pathogen characteristics, and pharmacokinetic–pharmacod...
Medical imaging foundation models revolutionize cancer precision medicine by integrating multimodal data, AI algorithms, and large language models. They enhance diagnostic accuracy and clinical interpretability, facilitating personalized therapy and intelligent clinical decision support.
Brain-computer interface (BCI) technology offers new hope for individuals affected by paralysis, aphasia, and neurodegenerative diseases. BCIs are poised to influence cognition, ethical governance, and national security as they transform how we interact with the world.