RNA-Seq Blog · Scour

Generative modeling for RNA splicing prediction and design

RNA-sequencing reveals why chikungunya virus infections can turn chronic

Long-read RNA sequencing reveals how alternative splicing shapes immune responses

scMVAF – a multi-view adaptive fusion clustering approach for single-cell RNA-sequencing data

$3M NIH grant to support research on memory and exaggerated fear responses

miND standardizes small RNA sequencing analysis for biomarker discovery

Oxford Nanopore and Lonza Launch Direct RNA Sequencing Solution for GMP mRNA Quality Control

Transcriptomics in space, an RNA sequencing pipeline for space biology research

HELIX – a scalable model for predicting context-dependent regulation of RNA splicing and isoform usage

Blood RNA sequencing test could help predict disease progression and how well treatment will work

New research identifies how obesity alters brain lipids to accelerate Alzheimer’s progression

Understanding treatment response in high-risk bladder cancer

‘Garbage collectors’ of the brain grind to a halt in fatal disease

A*STAR scientists develop new method to reveal how RNA structure influences health and disease

Small change in RNA, big impact on innate immunity

From microRNA discovery to molecular mechanisms: building robust miRNA workflows for cancer research

Nerve tissue offers insights into chronic neck pain

SCSEQ – A web tool for analyzing single-cell RNA-seq data

Mapping neural circuits behind singing mouse vocal behavior

Mapping bacterial transcription with RNAP-seq

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