Nature Communications · 8 September 2026 · From issue 34

Deep learning recognises antibiotic modes of action from brightfield images

A computer program spots how antibiotics attack bacteria from plain microscope photos, no dyes needed.

Daniel Krentzel, Kelvin Kho et al.

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Also in issue 34 15 papers

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Extra monthly cash to poor mothers slightly slowed a chemical marker of aging in their kids.
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In mice, blocking a lymph node molecule let immune cells fight tumors much better.
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In Tibetan grasslands, warming only in spring made plant growth steadier across seasons and years.
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Brain wiring and brain activity match closely at birth, then grow apart after birth.
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During a close Mercury flyby, solar particles reached the surface through gaps in its weak magnetic shield.
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Math sets a hard noise cap for secure quantum code sharing, which limits how far signals can travel.
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Combining satellite images with death-count reports reveals conflict patterns that either data source misses alone.
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Within families, Indigenous American ancestry was linked to shorter height and much higher diabetes risk.
Nature
Michael J. Fox's foundation now raises 655 million dollars a year for Parkinson's research.
Proceedings of the National Academy of Sciences
In engineered crystals, controlled light leakage lets light waves bend sharply and travel without losing energy.
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In monkeys, a flexible brain probe cut drift from hundreds of micrometers down to tens.
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In mice, removing a key eye cell structure disrupted both wiring and vision signal processing.
Proceedings of the National Academy of Sciences
A new method uses satellite pollution data to trace carbon dioxide back to its source.
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