Dsm-firmenich

dsm-firmenich (Analytical Health & Nutrition / Romer Labs mycotoxin survey program) — A decade-plus commercial multi-mycotoxin surveillance archive for North American grain and co-products, captured with a single harmonized LC-MS/MS method across six toxin groups (aflatoxins, A-trichothecenes, B-trichothecenes including DON/3-AcDON/15-AcDON/NIV/FusX, fumonisins B1-B3, zearalenone, ochratoxin A) at stated detection limits down to 0.2 ppb. The published reports disclose the shape of the underlying archive — a continuous annual series running 2014 through 2023 with per-year sample counts (for ex…

Dsm-firmenich offers (Alternative, Fundamental, Supply Chain) — Directly evidenced on the trend series: sample counts of roughly 275-437 per commodity panel per year through the 2014-2022 run (189 in the 2023 corn panel) against a cumulative samples axis exceeding 21,000 for the region shown, in a single commodity report. Each sample yields quantitative results across six toxin groups and roughly twenty individual analytes, so the measurement count is roughly twenty times the sample count — plausibly several hundred thousand to low millions of analyte-level measurements across all commodities and years..

The strongest buyer proposition is the per-sample archive the public charts do not disclose: state-and-week resolution mycotoxin occurrence and concentration distributions suitable for training contamination-forecast models, calibrating weather-driven DON risk models, setting regional raw-material specification limits for food and feed manufacturers, pricing quality discounts in grain trading, and validating crop-insurance loss claims. A second, distinct use: the co-products and by-products survey stream (distillers grains, dried feeds) is a scarce input for feed-formulation and ingredient-risk teams, since co-product contamination concentrates through processing and is barely covered anywhere. A third: the harmonized multi-year method-controlled series is one of very few datasets that can separate a real contamination trend from a change in detection limits.

The data is with 10 years of history.