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New data show that electronic clinical decision support systems integrated with point-of-care tests can lead to meaningful reductions in antibiotic use in children in low- and middle-income countries, without compromising health outcomes — but investment in human resources is crucial to their success.
A single-cell spatial transcriptomic and proteomic study of immune cells in the human CNS border compartments reveals differences in CNS-associated macrophages across age, perturbation and disease.
A cluster randomized trial in Tanzania showed that the implementation of a decision support algorithm decreased antibiotic prescriptions to children considerably, without impacting clinical outcomes.
Components of the gut virome of 1-year-old children are associated with increased risk of development of asthma later in life, probably through direct interaction between phages and the host immune system.
This year brought wins for artificial intelligence, genomics and gene editing, and breakthroughs in understanding diseases whose underpinnings have long eluded scientists. Here is our selection of critical developments that moved medicine forward in 2023.
This year brought wins for artificial intelligence, genomics and gene editing, and breakthroughs in understanding diseases whose underpinnings have long eluded scientists. Here is our selection of critical developments that moved medicine forward in 2023.
This year brought wins for artificial intelligence, genomics and gene editing, and breakthroughs in understanding diseases whose underpinnings have long eluded scientists. Here is our selection of critical developments that moved medicine forward in 2023.
This year brought wins for artificial intelligence, genomics and gene editing, and breakthroughs in understanding diseases whose underpinnings have long eluded scientists. Here is our selection of critical developments that moved medicine forward in 2023.
This year brought wins for artificial intelligence, genomics and gene editing, and breakthroughs in understanding diseases whose underpinnings have long eluded scientists. Here is our selection of critical developments that moved medicine forward in 2023.
This year brought wins for artificial intelligence, genomics and gene editing, and breakthroughs in understanding diseases whose underpinnings have long eluded scientists. Here is our selection of critical developments that moved medicine forward in 2023.
This year brought wins for artificial intelligence, genomics and gene editing, and breakthroughs in understanding diseases whose underpinnings have long eluded scientists. Here is our selection of critical developments that moved medicine forward in 2023.
This year brought wins for artificial intelligence, genomics and gene editing, and breakthroughs in understanding diseases whose underpinnings have long eluded scientists. Here is our selection of critical developments that moved medicine forward in 2023.
This year brought wins for artificial intelligence, genomics and gene editing, and breakthroughs in understanding diseases whose underpinnings have long eluded scientists. Here is our selection of critical developments that moved medicine forward in 2023.
This year brought wins for artificial intelligence, genomics and gene editing, and breakthroughs in understanding diseases whose underpinnings have long eluded scientists. Here is our selection of critical developments that moved medicine forward in 2023.
Governments need to invest in making assisted reproductive technology more accessible and equitable to counter staggering birth rate declines globally.