--- id: "claim:long-read-sequencing-transcriptome-quantification-with-lr-kallisto-2024-07-19-biorxiv:b288f0e7d5c308606784" kind: "claim" title: "Human and model-organism genome and transcriptome annotations remain incomplete." description: "" url: "https://sina.bio/claim/human-and-model-organism-genome-and-transcriptome-annotations-remain-incomplete" --- # Human and model-organism genome and transcriptome annotations remain incomplete. ## Content Human and model-organism genome and transcriptome annotations remain incomplete. ## Metadata ```json { "claim_position": 10, "source_publication_id": "version:long-read-sequencing-transcriptome-quantification-with-lr-kallisto--2024-07-19-biorxiv", "source_work_id": "work:long-read-sequencing-transcriptome-quantification-with-lr-kallisto" } ``` ## Connections (2) ### Incomplete annotation has a disproportionate impact on our understanding of Mendelian and complex neurogenetic disorders - ID: `publication:doi:10.1126/sciadv.aay8299` - Kind: `publication` - Direction: `outgoing` - URL: This publication is cited in support of this claim. > These capabilities depend, in part, on accurate an- > notation of the genomes and transcriptomes of human and > model organisms, though they remain incomplete (7, 8). Source: 2024-07-19-biorxiv.pdf — ### Long-read sequencing transcriptome quantification with lr-kallisto - ID: `version:long-read-sequencing-transcriptome-quantification-with-lr-kallisto--2024-07-19-biorxiv` - Kind: `publication` - Direction: `incoming` - URL: This publication contains this grounded claim. > These capabilities depend, in part, on accurate an- > notation of the genomes and transcriptomes of human and > model organisms, though they remain incomplete (7, 8). Source: 2024-07-19-biorxiv.pdf —