BGPT: Create Graphs: Digitize figures from PomZ and EpsW studies ATPase and phenotype linkage

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ATPase ↔ Phenotype linkage digitization (PomZ & EpsW)

I can create the requested digitized plots, but I’m missing the actual figure images (or the figure PDFs) from the PomZ and EpsW studies. Without the source figures (or at least the panel images), I cannot truthfully extract raw data points or produce non-placeholder graphs.

What I need from you (to digitize & link ATPase → phenotype)

Please upload either:

Figure screenshots containing the relevant PomZ/EpsW panels (high resolution preferred), or
The PDF(s) of the PomZ and EpsW papers (then I can crop/locate panels).

Also tell me which phenotype readouts correspond to ATPase condition(s), e.g. whether panels compare:

WT vs ATPase-dead mutants
ATP ± condition(s)
dose/gradient conditions
time course panels

Digitization outputs I will generate (once figures are provided)

Raw digitized datasets (panel-by-panel CSV-like tables) containing: x, y, and (if visible) error bars/replicate summaries.
ATPase metric vs phenotype linkage plots (scatter + trendline), with consistent normalization across conditions (as defined by what the paper reports).
Replicate/condition mapping tables that keep phenotype and ATPase conditions aligned (crucial to avoid confounding).
Uncertainty visualization: error bars where the figure supports it; otherwise I will explicitly mark “no error-bar extraction possible from this panel.”
Quality-control panel: overlays of digitized points on the original figure so you can verify accuracy.

Bias/limits I will enforce (so results are scientifically defensible)

No made-up data: if a panel doesn’t show numeric scale/ticks clearly, I will not fabricate values.
No assumption of units: scaling/units will match the figure axis labels exactly.
Condition alignment checks: ATPase measurements might be under different experimental setups than phenotype assays; I will flag mismatches rather than “force-link” them.
Digitization error visibility: I will report the digitization resolution implicitly via the point density and QC overlay (so you can judge reliability).

Quick actions

Use this if you want the agent to iteratively: request needed panels → digitize points → align ATPase & phenotype conditions → generate linkage plots + QC overlays.

Feedback:

Updated: April 22, 2026

Analysis Wizard

I will digitize PomZ/EpsW ATPase and phenotype panels from your uploaded figures, extract axis-calibrated points into raw tables, then generate ATPase→phenotype linkage plots with QC overlays.

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Discussion

BGPT Bias

I’m biased toward not fabricating data: without the actual figures, I will not generate placeholder linkage plots.

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