Metascape uses data from over 40 knowledgebases and 10 model organisms to provide functional enrichment, interactome analysis, gene annotation, and membership search capabilities.
The group published results showing its method can faithfully recapitulate genome-wide measures of DNA repair deficiency using much smaller sequencing panels.
The study used a variety of sequencing and mapping technologies, including from Illumina, Pacific Biosciences, 10X Genomics, Bionano Genomics, and Oxford Nanopore.
The St. Louis-based firm will offer a sequencing service to help researchers separate target signals from errors made during next-generation sequencing.
In Science this week: the synthetic genetic system hachimoji, and more.
IBM and the Broad Institute will codevelop algorithms to apply artificial intelligence to predict cardiovascular risk from genomic and clinical data.
The machine-learning-based method identifies relationships between bacterial strains and tracks their movements in less time, using less memory than existing solutions.
The solution uses machine learning to pare down somatic variant lists, simplifying the task of manually reviewing the output of sequence analysis pipelines.
The company has not released data on its method, but describes a circulating tumor DNA approach that has similarities to what other firms are pursuing.
Using genotype and phenotype data from the UK Biobank project, a Stanford investigator uncovered variants linked to low bone mineral density.
The Oregon state Senate unanimously passed a bill that would make it easier for people convicted of crimes to initiate DNA testing of evidence, according to the Associated Press.
People reports that researchers have uncovered genetic variants that lead people to always feel full.
Florida state senators are to weigh a bill prohibiting life insurance companies from using genetic information in coverage decisions, according to Florida Politics.
In Genome Research this week: metagenomic sequencing assay that detects pathogens in cerebrospinal fluid, single-tube long fragment read approach, and more.