Biotech & Genetics · Projected milestone

Evolution-tested nutrient-locked remediation

Estimated year~2037

45% by 2047 · including earlier years

The year is an editorial timing estimate. The percentage applies to occurrence by the stated deadline. These estimates are not calibrated odds.

A permitted outdoor remediation experiment uses recoded nutrient-dependent organisms and reports three years of monitoring against preregistered survival, ecological-function and gene-transfer limits beyond the treatment boundary.

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What the forecast means

Milestone stage: field validation

laboratory nutrient dependence demonstrated; ecological durability unverified

Timing window: 2030–2047. An editorial range, not a statistical confidence interval.

Completion criteria: A permitted outdoor remediation experiment uses recoded nutrient-dependent organisms and reports three years of monitoring against preregistered survival, ecological-function and gene-transfer limits beyond the treatment boundary. Resolve only from inspectable evidence meeting every stated criterion; a plan or extrapolation does not resolve it.

This page describes a forecast, rather than an achieved result. Read the methodology and assumptions.

Built on

MetagenomicsRecorded · 2004enables
Nanopore sequencingRecorded · 2014enables
Synthetic nutrient locks for engineered cellsRecorded · 2015requires

Led to

Plastic-eating microbes at seaForecast · ~2058enables
Landfill plastic digestedForecast · ~2060enables
Designed ecosystemsForecast · ~2075influences

Sources & evidence

Biocontainment of genetically modified organisms by synthetic protein design 2015
Laboratory recoded E. coli depended on nonstandard amino acids. Resistance to escape in specified tests does not establish permanent ecological containment.

Astra editorial synthesis; cited researchers retain credit for their results

Record reviewed 2026-10-18