In Genome Research this week: guide RNAs to target KRAS mutations, modeling organ development from single cells, and more.
The firm plans to integrate its technology with a compatible microfluidic sample prep method developed by researchers at Columbia University.
The companies will use Berkeley Lights' technology to improve Pfizer's monoclonal antibody discovery and gene editing workflows.
In Nature this week: genome-editing to treat hearing loss in mice, juvenile myelomonocytic leukemia subgroups, and more.
Peking University researchers performed single-cell methylome sequencing on preimplantation cells to examine DNA methylation changes during early development.
The SBIR grant will support the development of the firm's single-cell analysis platform, Tapestri.
Research teams documented mosaic mutations during brain development, as well as rising somatic mutations in aging brains or brains affected by neurodegenerative disease.
Using RNA sequences for thousands of cells, researchers looked at head and neck squamous cell carcinomas and proposed streamlined expression subtypes.
Broad Institute researchers performed RNA-sequencing of 53,000 individual mouse gut epithelial cells to develop and examine expression signatures.
The NIH has awarded $169 million this year to support 110 new projects in the Brain Research through Advancing Innovative Neurotechnologies Initiative.
A new study in JAMA finds that genetic tests might not be able to determine what diet is right for someone seeking to lose weight.
A genome-wide association study that linked common genetic variants to salivary gland carcinoma risk has been retracted, according to Retraction Watch.
Vampire bats' ability to live off blood is etched in their genomes and gut microbiomes, the Scientist reports.
In Genome Biology this week: peopling of the Sahara, epigenetic reprogramming analysis of liverwort, and more.