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Evidencepublished·addressable·citable
The magnetic-field effect in MagLOV2 flips sign as the field strengthens
mira.science/n/maglov2-mfe-7c1ae04⌘C to copy
cite · version frozen
cited by 3
The observation
In MagLOV2-expressing E. coli, the sign of the mean
magnetic-field effect (MFE) flipped from positive to negative as magnetic field strength
increased at low fields — positive near 0.5 mT, crossing zero, negative by
~2.5 mT.
One panel, one statement — enough for a busy reviewer to trust the figure and move on.
What's in the dish
Organism
E. coli
Reporter
MagLOV2
Field strengths
0.5–2.5 mT (×5)one experiment per field
Colonies
74 per field
Modality
bacterioscopelive fluorescence imaging
Field cal.
Twinleaf magnetometer
Mean MFE vs. applied fieldfig 1
mean MFE ± SEM · n = 74 colonies/field
illustrative · unpublished — workshop prototype
supports ↑Claim · model — a radical-pair quantum mechanism underlies MagLOV2 magnetosensitivity
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MFE sign flipped from positive to negative as field strength increased
Across 0.5–2.5 mT, the mean magnetic-field effect was positive at low field, crossed zero, and turned negative by ~2.5 mT (1 experiment per field, 74 colonies each) — the curve above.
1 working note withheld by the authors — not part of this publication.
grounds ↑Study → Evidence
Studyis_grounded_in ↑ Evidence
Bacterioscope live imaging of MagLOV2 E. coli across 5 field strengths
One experiment, five imaging sessions on five days at 0.5, 1.0, 1.5, 2.0 and 2.5 mT; per-colony fluorescence tracked under a Twinleaf-calibrated applied field, with the MFE computed per colony.
Express MagLOV2 in E. coli; acquire fluorescence on the bacterioscope under an applied field calibrated with a Twinleaf magnetometer; compute the magnetic-field effect per colony and average across the plate.