Just as asking a single person about their health will provide tailored, personalized information impossible to glean from a large poll, an individual cell’s genome or transcriptome can provide much more information about their place in living systems...
Read More »Single-cell RNA-Seq reveals path for better treatment of autoimmune diseases
The study provides unique insights by looking at genes in individual immune cells on an unprecedented scale. It analysed the genomics of more than one million individual immune cells from around 1,000 healthy individuals, exploring 14 diff...
Read More »Single cell RNA sequencing identifies an immunotherapy target to combat glioblastomas
Cutting-edge technology used to fingerprint different types of cells in one of deadliest cancers Houston Methodist researchers have identified the genetic...
Read More »Prime-seq – the most efficient method for RNA-seq currently available
Ludwig-Maximilians University scientists have developed a method to measure the activity of genes more efficiently and thus gain a better...
Read More »Learning from the single cell: a new technique to unravel gene regulation
How is the activity of genes regulated by the packaging of DNA? To answer this question, Fanka Rang and Kim de Luca, researchers from the group..
Read More »Thoroughbred groups have high hopes for mRNA study into catastrophic injuries
Two thoroughbred groups in the US are helping fund a study that is seeking to identify horses at risk for catastrophic injury through the use of Messenger...
Read More »Efficiently processing single-cell and single-nucleus RNA-sequencing data
A multi-institutional team has released a toolkit for the efficient processing of single-cell and single-nucleus RNA sequencing data. Rapid improvements..
Read More »RNA sequencing reveals ‘Junk DNA’ key to controlling fear
A piece of “junk DNA” could be the key to extinguishing fear-related memories for people struggling with post-traumatic stress disorder (PTSD) and phobia, according to a study from...
Read More »scRNA-Seq reveals the surprising diversity of the fallopian tube
The fallopian tube is the site of fertilization, where once a month for the duration of a female’s post-pubescent, pre-menopausal life, an egg is moved from the ovary, ready for fertilization by a sperm...
Read More »scRNA-Seq characterizes fertilizer uptake by maize in unprecedented detail, opening doors to improved yields
Scientists identify the specific cells and genes in maize roots responsible for nitrate uptake, opening doors to developing better bred maize crops Maize, or corn, is cultivated globally, as food, feedstock, and...
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