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R&D Allocation · TOPIC v1

Using Detectron to read which phage was active in which bacterial strain

How much can DNA tags reveal about which RNAs appeared in which cells?

Read article → Using Detectron to read which phage was active in which bacterial strain

2026-11-04 16:54:52.561 UTC · Last recorded update

CURRENT READING

The study distinguished three phages in E. coli and separately compared the response of six host strains to T7.

Recorded editorial state, not a maturity score

  1. Bacterial detection and profilingRecorded
  2. Test in mammalian cellsUnverified
New question opened · v1

Recorded the bacterial experiments separately from the proposed mammalian application.

Permanent link to this revision ↗
01 / WHAT WE TRACK

How much can DNA tags reveal about which RNAs appeared in which cells?

02 / EVIDENCE & TECHNOLOGY

RNA sensing, retrons and DNA barcodes

03 / EDITORIAL READING

Known strains can be tested in parallel. A mammalian version could separately record viral RNA and the host response to help track recovery.

04 / WHAT REMAINS UNKNOWN

A general detection limit, time to result and Detectron performance in mammalian cells remain open.

05 / NEXT CHECK

Test rare infections, cross-reactivity with related sequences and single-cell tag recovery and retention.

A hypothesis to keep honest

HYPOTHESIS · NOT YET TESTED

Separate records of infection and immune response could help track which airway cells recover.

What would change our view: The approach would not resolve recovery if tags are lost or the sensor changes the immune response.

A prospective test proposal, not a prediction score. A graph connection does not validate this hypothesis.

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Latest card updates

Latest 5 · editorial record dates
  1. v1 · 2026-11-04 16:54:52.561 UTCNew question opened

    Recorded the bacterial experiments separately from the proposed mammalian application.

    Reading at the time: The study distinguished three phages in E. coli and separately compared the response of six host strains to T7.

Earlier updates (0)

Earlier entries will appear here once more than five reader-facing revisions have accumulated.

Background readings

Source dates and verification scope

Gladstone’s explanation ↗
Gladstone Institutes · 2026-10-05 · research-institution-commentary

Retrons in human cells ↗
Nature Biotechnology · 2024-09-17 · peer-reviewed-study

Existing E. coli resistance screen ↗
PLOS Biology · 2020 · peer-reviewed-study

Original study of respiratory syncytial virus in airway epithelium ↗
Science Advances · 2026-06-19 · peer-reviewed-study

Example of bacterial defense that blocks phage assembly ↗
Nature Communications · 2024 · peer-reviewed-study

RNA sensing in mammalian cells ↗
Nature · 2022-10-05 · peer-reviewed-study

Recordanelle original study ↗
Nature Biotechnology · 2026-10-21 · peer-reviewed-study

Original study in Nature Biotechnology ↗
Nature Biotechnology · 2026-10-05 · peer-reviewed-study

Experiment distinguishing three phages ↗
Nature Biotechnology · 2026-10-05 · peer-reviewed-study

Strain-by-strain comparison in mixed culture ↗
Nature Biotechnology · 2026-10-05 · peer-reviewed-study

Original study, Extended Data Figures 7 and 8 ↗
Nature Biotechnology · 2026-10-05 · peer-reviewed-study

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