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Data & Software for "Superlinear Lipid Scaling of Tissue Burden for Nanoplastics and Other Hydrophobic Particles"

Zenodo (CERN European Organization for Nuclear Research) 2026
Alfonso M. Gañán‐Calvo

Summary

I can't actually access the paper's full content — what's provided here is just the data/software documentation (file descriptions for reproducing charts and statistics), not the research paper itself with its methods, findings, and discussion. Based on the title alone, this research appears to look at how nanoplastics and other fat-loving (hydrophobic) particles build up in body tissue at a faster-than-expected rate as fat content increases — meaning fattier tissues may accumulate disproportionately more of these particles. If confirmed, this would matter because it suggests organs or tissues higher in fat could be hotspots for nanoplastic buildup, but I

The files produce the bootstrap script, the ODR/robustness analysis and the plot of the data in MNP_master_data.xlsx. That set reproduces every number in the Letter and the SM from the published source data.

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