transcriptomics

Learn how to successfully use next generation sequencing to gain valuable research insights with the expert help of core laboratories.

Next-generation sequencing (NGS) core facility scientists and researchers new to NGS discuss their fruitful collaborations, highlighting how to receive expert help from genomics facilities.

Researchers scratch the surface of schizophrenia susceptibility by uncovering DNA methylation differences in neonatal blood samples.

Rare samples saved 35 years ago helped researchers map gene expression and cell differentiation in first trimester placentas.

Researchers can overcome RNA degradation challenges in preserved samples with an in situ hybridization-based single cell expression profiling assay.

Multiomics combines multiple layers of biology to power new discoveries in disease research. 

A conversation with Illumina Distinguished Scientist and Vice President Gary Schroth about the present and future of multiomic technology and applications

Researchers across disciplines combine layers of discovery obtained with accessible NGS-based multiomics approaches.

Scientists turn to machine learning and big data approaches for precision -omics in cancer research.

Researchers uncover innovative natural approaches to fine-tune immunity from vaccination.

How spatial biology techniques evolved over time 

Extracting nucleic acids and proteins gently from samples increases experimental success.

Clinicians and researchers teamed up to investigate how inappropriate proinflammatory mechanisms contribute to the pathogenesis of drug-refractory epilepsy.

Learn about the tools and resources researchers use to define, discover, and deploy anti-tumor immunotherapies.

Explore how biomolecular processes drive health and disease.

Follow the roadmap to successful single cell transcriptomic workflows and outputs.

Neelanjan Mukherjee discusses how RNA decay is essential for regulating a blood pressure-controlling hormone.

Before their own central clocks develop, the brains of fetal rats detect their mother’s metabolic cycle to help regulate the expression of certain genes.

An in situ map of copy number variations in prostate tissue reveals that purportedly cancerous genomic changes frequently occur in the healthy tissue surrounding tumors.

There is only one week remaining to submit your new product to vie for a coveted spot in The Scientist’s 2022 competition.