Current human gene annotations are predominantly based on individuals of European ancestry. Here, the authors use long-read RNA sequencing across diverse human populations to reveal ancestry-specific ...

Investigadores españoles han encontrado más de cuatrocientos posibles nuevos genes que todavía no figuran en los catálogos oficiales porque se construyeron principalmente con datos de individuos de as...

Current human gene annotations are predominantly based on individuals of European ancestry. Here, the authors use long-read RNA sequencing across diverse human populations to reveal ancestry-specific ...

Current human gene annotations are predominantly based on individuals of European ancestry. Here, the authors use long-read RNA sequencing across diverse human populations to reveal ancestry-specific ...

Computational Transcriptomics Barcelona Supercomputing Center | RMIT University Research fields: Transcriptomics; Genomics; Human Genetics; Machine Learning; Single-cell Transcriptomics; Long-read T...

Computational Transcriptomics Barcelona Supercomputing Center | RMIT University Research fields: Transcriptomics; Genomics; Human Genetics; Machine Learning; Single-cell Transcriptomics; Long-read T...

Background: Understanding the consequences of individual DNA methylation variation is crucial for the study of human biology and disease. However, the collective impact of demographic traits on DNA me...

Accurate gene annotations are fundamental for interpreting genetic variation, cellular function, and disease mechanisms. However, current human gene annotations are largely derived from transcriptomic...

Accurate gene annotations are fundamental for interpreting genetic variation, cellular function, and disease mechanisms. However, current human gene annotations are largely derived from transcriptomic...