🧬 Proxy Genome Splicing Workbench
Synthesizing ancestral loci into host somatic cells
CHROMOSOME TARGET LOCI MAP (Rough.js)
42 CRISPR edits active
CRISPR Target Edits
42
Computational Diversity Index
84.5
Cellular Degradation Rate
12.0%
Trophic Restoration Score
91.0
Habitat Cold Tolerance Boundary (°C)
-15.0°C
Specific Multiplexed Phenotype Targets:
SYS INIT: Woolly Mammoth proxy locus model loaded. Host: Asian Elephant. Ready for in-silico multiplexing.
📊 50-Year Population & Viability Trajectory
Monte-Carlo ecological reintroduction model
POPULATION RESTORATION PROJECTION (50-YEAR)
Self-sustaining tundra herd
VERIFIABLE CONSERVATION METRICS
Woolly Mammoth Proxy
Cellular Viability Score
78.4%
Somatic cell nuclear transfer success
Projected Population (50y)
412
Breeding adults in wild corridors
Ecosystem Recovery Index
88.1/100
Trophic re-wilding impact score
Extinction Risk Reduction
-45.2%
Counterfactual biodiversity baseline
Conservation Assessment: With 42 CRISPR target loci optimized against an Asian Elephant host background, computational diversity of 84.5 points buffers inbreeding depression. Cellular degradation of 12.0% maintains an estimated 78.4% nuclear reprogramming viability. Over 50 years, herd propagation stabilizes at ~412 individuals, driving an ecosystem recovery index of 88.1/100 across permafrost grassland ecosystems.
Sources & Biotech Grounding: Based on reporting from
TechCrunch (@TechCrunch)
covering de-extinction biotechnology startups (e.g. Colossal Biosciences), multiplex CRISPR engineering, Earth BioGenome data, and computational ecological recovery models (Sept 2026).