[{"id":"fragmentomics","kind":"technology","name":"cfDNA fragmentomics","route":"/technologies/fragmentomics/","commit":"0bdbdae6c6","date":"2026-09-09","author":"Jude Gomila","message":"Editing pass: every TL;DR and summary stands alone","file":"src/data/frontier.ts","type":"changed","fields":[{"field":"tldr","before":"\"Reading the sizes and positions of DNA fragments in blood, not the mutations. Cancer cells die messily and leave a recognisable fragmentation pattern.\"","after":"\"Fragmentomics reads the sizes and positions of DNA fragments in blood, not the mutations. Cancer cells die messily and leave a recognisable fragmentation pattern.\""},{"field":"principle","before":"\"Whole-genome sequencing of plasma cfDNA at ~1-2x depth; machine learning on fragment-size distributions across genomic windows distinguishes tumour-derived from haematopoietic DNA.\"","after":"\"Plasma cfDNA is whole-genome sequenced at ~1-2x depth; machine learning on fragment-size distributions across genomic windows distinguishes tumour-derived from haematopoietic DNA.\""}]},{"id":"fragmentomics","kind":"technology","name":"cfDNA fragmentomics","route":"/technologies/fragmentomics/","commit":"335b83f6e7","date":"2026-09-06","author":"Jude Gomila","message":"Expand companies: Katsutake map imports and 44 frontier oncology companies; add frontier technologies (programmable DNA-targeting, fragmento","file":"src/data/frontier.ts","type":"added","fields":[{"field":"id"},{"field":"kind"},{"field":"name"},{"field":"sections"},{"field":"status"},{"field":"asOf"},{"field":"wikipedia"},{"field":"tldr"},{"field":"summary"},{"field":"principle"},{"field":"strengths"},{"field":"limitations"},{"field":"technologies"},{"field":"terms"},{"field":"cancers"},{"field":"tags"},{"field":"links"}]}]