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More articles about Gene Expression Research

The actual match rate is significantly higher than the 10 percent rate the researchers anticipated they would see when the study began in 2017.

The company is seeing increasing interest in its GeoMx platform with numerous studies from early users presented last month at AACR.

New methods for spatial transcriptomic profiling include a sequential FISH-based method and one that makes use of DNA-barcoded bead arrays.

Researchers built a single-cell gene expression atlas of premalignant lesions and early gastric cancer to find shifts that could portend disease progression.

The Massachusetts Institute of Technology-led team uncovered cell-type-specific transcriptional changes that occur early on in disease development.

The researchers dubbed the cell the found a "revival stem cell" and reported that slow-cycling cell type relies on YAP1 signaling to expand to repopulate the intestine.

A team compared expression in duodenum samples from active celiac cases, cases in remission, and unaffected controls, identifying active disease-related expression shifts.

Researchers found that both CBEs and ABEs can cause transcriptome-wide RNA edits, which has implications for the research and therapeutic uses of base editors.

The firm's technology uses short oligo probes that target RNA directly on a pathology slide, allowing users to select regions of interest to profile.

The researchers uncovered disease-linked genes that are expressed in certain cells and disease stages and discovered various gene expression modules.

Under the agreement, the companies will create a workflow integrating NanoString's GeoMx Digital Spatial Profiling instrument with Leica's Bond RX autostainer.

Under the agreement, Abcam will create custom panels for NanoString's GeoMx DSP platform from its collection of 6,000-plus recombinant monoclonal antibodies.

The signature is enriched for genes involved in immune-related processes, such as T cell co-stimulation and antigen presentation, and suggests personalized treatments.

Inhibiting the associated protein, PAI-1, appeared to ease inflammation and symptoms in a mouse model of inflammatory bowel disease.

Researchers are turning to spatial technologies to study tumor heterogeneity and as a complement to single-cell sequencing to locate specific cell types.

Researchers at UC Santa Cruz have found patterns in RNA sequencing data that have led to possible treatments for cancers with no actionable mutations.

Researchers defined six malignant cell clusters with single-cell transcriptomes and genotypes for thousands of acute myeloid leukemia cells.

A team led by National Eye Institute researchers picked out B3GLCT and BLOC1S1 as the most plausible target genes in an age-related macular degeneration analysis.

The VISTA T cell-inhibiting protein found on macrophage immune cells may contribute to poor pancreatic ductal adenocarcinoma outcomes, new research finds.

The transaction follows 10x Genomics' acquisition of Stanford University spinout Epinomics and technology development partnerships with BioLegend and Immudex.

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The Hastings Center's Erik Parens argues in a Scientific American opinion piece that the current pandemic underscores the need to reconsider the hope placed in genomic medicine. 

The Los Angeles Times writes that Operation Warp Speed has an ambitious timeline for developing a COVID-19 vaccine.

The Sydney Morning Herald reports that Australia is launching its trial of preconception carrier testing Tuesday.

In PNAS this week: autosomal genes commonly affected by loss-of-function variants, variants implicated in testis development disorders, and more.