Syntropa

Tier 0 · open

Symbiotic rhizobial inoculants for legumes/pulses (nodule N2 fixation)

NOT-EXPRESSIBLE

corpus v0.2.2 · hash 58a8f20e2aba...

Provenanced sample report (Syntropa discovery, role-aware Stage-1). Corpus v0.2.2 (15,664 models, fingerprint 58a8f20e2aba) · tools v0.1.1 (git 44a8422, code a412618fd214) · env py3.13.13 win32 swiglpk5.0.13+osqp1.1.3+highspy1.15.1+pyscipopt6.2.1+optlang1.9.1 (deps 7f138ead8863). Feed=None target=None mode=produce. Report id a019c16cdbea (content-addressed to config + EXACT corpus + EXACT tools -> auditable; git-reproducibility is PENDING a committed + tagged tool release). Every claim here is computed; every drop reason and known limit is listed below.

Verdict: NOT-EXPRESSIBLE

GAP TYPE = universal re-export (the only mappable product is a nutrient supplied to ~all models, so 'producing' it carries no discriminating power). Only mappable product is universal ammonium (15,509 of 15,664, 99.0 percent): a re-export trap with no discriminating power (a diazotroph assimilates fixed N into biomass rather than secreting ammonium). Additionally the deliverable is nodule-symbiotic NH3 transfer to a legume host, and the corpus contains no plant host, so the symbiosis cannot be posed. No discriminating fixed-N product species exists. MARKET DEMAND: Market-pain: legume growers buy low-cost rhizobial seed inoculants (Bradyrhizobium japonicum, Sinorhizobium meliloti, Rhizobium leguminosarum) so nodule N2 fixation supplies soybean/pulse N, reducing synthetic N and raising yield/protein. Payer = farmer commodity-priced product sale.

Caveats (disclosed up front)

← All discovery reports