In Nucleic Acids Research this week: tool for examining transcription factor-DNA binding intensities, algorithm for classifying metagenomic sequence data, and more.
The single approach could be useful in some of the same areas where combinations of technologies have been implemented, such as AR-V7 testing in prostate cancer.
Independent teams used ScarTrace and MAP-seq to follow cell type development in zebrafish and characterize axonal projections in the mouse visual cortex, respectively.
Researchers have done single-cell RNA sequencing on hundreds of Plasmodium falciparum or P. berghei isolates to track gene activity involved in infection cycles.
In Genome Biology this week: transcription factor use among brittle stars, single-cell RNA sequencing strategy, and more.
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 US National Institutes of Health's All of Us project awarded $4.6 million to the company Color to develop a genetic counseling resource for the program.
The Times of India reports on a pilot study that used genomic testing to determine whether patients had drug-resistant tuberculosis.
New guidelines say that more women may benefit from genetic testing for hereditary breast or ovarian cancer, according to the Los Angeles Times.
In Cell this week: small proteins identified among human microbiome, role for tumor microbes in pancreatic cancer survival, and more.