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Tracking the science of bioelectricityUpdated
BioelectricNews
About

Every cell has a voltage. We track what science is learning about it.

Why this exists

Bioelectricity is the study of the electrical signals that living things produce and respond to. That covers nerve impulses and heartbeats, but also the voltage gradients that guide how embryos form, how wounds close, how bacteria coordinate, and how some animals regrow lost limbs.

This research is spread across journals in developmental biology, neuroscience, oncology, materials science and microbiology, so it is hard to see the whole picture. Bioelectric News collects the important results in one place and keeps a running assessment of where each field stands.

How entries are made

A research scout reviews journals, preprint servers, trial registries and institutional press releases every day. Candidate stories are checked against their primary source, summarized in plain language, and tagged with fields, evidence level and significance. Every entry links to the original paper or announcement.

Summaries describe what a study actually showed, including its limits. A result in cells or animals is never described as a cure, and press-release claims are checked against the paper.

Significance

Incremental
A solid but incremental result: a replication, a refinement of a method, or a small study.
Notable
Worth knowing about: a new finding or tool within an existing line of research.
Significant
Changes what is possible or plausible in a field, such as a new mechanism, a new model system, or a meaningful clinical signal.
Major
A result that researchers across the field will cite and build on, or a pivotal trial or regulatory decision.
Field-defining
Rare. Reframes the science or opens a new field. A few per decade.

Evidence levels

Each entry states what kind of system the result comes from, because a finding in a dish and a finding in patients are different claims.

  • Computational / in silico
  • Cells, tissues or synthetic systems
  • Animal model
  • Human participants
  • Field / environmental samples
  • Not applicable

Field maturity

1Early research
Mechanisms are still being established. Most work is basic science.
2Emerging
Reproducible results across labs, with first attempts at application.
3Translational
Active development toward products or therapies, with early human data in some areas.
4In the clinic
Approved devices or therapies exist and are in use, alongside ongoing trials.
5Established
Textbook science and routine practice.

Field overviews are reviewed and dated. See the fields for each one.

Corrections

If an entry misstates a finding, it is corrected and the correction is noted at the end of the entry. Retracted papers are marked as retracted rather than silently removed.