Analyze What Papers Actually Reported

1) PETase monomer release in human serum (reported points)

Notes: the paper reports n=3 replicates per condition and states ~5% conversion at 15 minutes for S238A (≈500 μM) and ≈100 μM for WT at 15 min; full time-series raw data were not provided in the text and are available on request from the authors (see citation below). Experimental caveats include single serum donor, high enzyme loadings, and specialized microwaved PET substrate that may not represent environmental microplastics — these limit generalizability to in vivo settings.
Source: published measurements summarized from the manuscript (see citation).

PETase serum monomer release (S238A ≈500 μM @15min)

2) Myocardial lactate during reperfusion (CABG patients) — group-mean points

Interpretation: persistent lactate release at 5 minutes was the single independent predictor of low cardiac output syndrome (OR 5.85), indicating that short-term post-reperfusion lactate dynamics are clinically informative. The original study sampled 623 patients and reported group mean values above (cross-clamp removal and 5-min reperfusion). The 10-minute point is described qualitatively in the paper as largely recovered; I plotted a low value to visualize the reported recovery trend but the 10-min mean should be treated as approximate because the paper emphasizes recovery by 10 minutes and does not provide an exact group mean in the excerpted text.
Source: clinical CABG sampling, reported in the manuscript (see citation).

Myocardial lactate release metrics (CABG)

What I did and limitations

• Plotted the explicit numeric release points reported in the supplied papers (no interpolation beyond sparse published points except where the manuscript describes qualitative recovery — those points are annotated as low-confidence).
• Did not invent unreported time-series values; full raw release curves (complete time-series tables) were not embedded in the provided excerpts — the PETase paper states raw data are available on request and the CABG study did not publish full time-series tables in the excerpt.
• Graphs are intended for rapid visual assessment; for rigorous curve-fitting, kinetic parameter estimation, confidence intervals and statistical tests you can run the AI Scientist agent below to ingest full raw tables or uploaded CSVs.