Programmable RNA detection enables multiplex virus identification
RNA sequencing advances support CRISPR-based detection methods that use kinetic signatures to identify multiple viruses and variants from RNA in a single, rapid diagnostic assay...
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RNA sequencing advances support CRISPR-based detection methods that use kinetic signatures to identify multiple viruses and variants from RNA in a single, rapid diagnostic assay...
RNA sequencing using nanopore technology enables detection of RNA modifications and structure at single-nucleotide resolution through reverse transcription error signatures...
RNA sequencing combined with nanopore technology and machine learning may streamline GMP quality control testing for mRNA therapeutics within a single workflow...
Long-read RNA sequencing improves rare disease diagnosis by resolving transcript isoforms and variant effects, enabling more accurate interpretation of pathogenic splicing...
RNA sequencing with nanopore technology reveals how diverse therapeutic RNA modifications affect signal detection, helping define current capabilities and limitations for modificat...
RNA sequencing with the new sm-PORE-cupine method reveals how individual RNA molecules fold and behave, offering insights into gene regulation, viral biology, and therapeutic disco...
RNA sequencing using targeted long-read approaches enables detection of disease-causing variants by revealing how genetic changes disrupt full-length RNA molecules...
RNA sequencing with long-read technology links genetic variants to transcript structure, uncovering allele-specific splicing and previously unannotated RNA events across human samp...
RNA sequencing enables precise mapping of RNA binding protein targets, improving detection of low-abundance interactions and advancing understanding of gene regulation...
RNA sequencing sensitivity improves with gel-free library preparation, reducing primer dimer artifacts and enhancing small RNA quantification from lower sample inputs...
RNA sequencing now enables simultaneous detection of multiple RNA modifications alongside gene expression, providing deeper...
TAP-seq combines genome editing with targeted RNA sequencing to enable sensitive and cost-effective single-cell functional genomics screens...
RNA sequencing with nanopore technology improves m6A modification mapping when paired with calibrated workflows, helping reveal cell-specific RNA regulation in fibroblasts and neur...
RNA sequencing with sc-rDSeq captures diverse RNA types, revealing hidden tumor heterogeneity and drug-resistant cell populations in lung cancer...
RNA sequencing using reference-free analysis uncovers novel transcripts and hidden gene features, expanding discovery beyond traditional genome-based approaches...
RNA sequencing reveals diverse circular RNA replicons in hot spring microbes, expanding understanding of Obelisk elements and their role in microbial ecosystems...
RNA sequencing and next generation sequencing expand cancer diagnostics by enabling multi gene analysis, improving mutation detection, and supporting targeted therapy decisions in...
RNA sequencing enhances detection of cancer in bile duct strictures, improving diagnostic sensitivity and enabling identification of actionable mutations for better clinical decisi...
RNA sequencing with NTVE enables repeated monitoring of gene expression in living cells, supporting time-course analysis of differentiation, perturbation responses, and cellular dy...
RNA sequencing and protein interaction analyses reveal how a single nucleotide at the start of RNA can alter antiviral immune signaling and influence therapeutic RNA design...
RNA sequencing calibration using standardized references enables absolute quantification of gene expression, improving cross-study comparisons and reducing bias across experiments...
RNA sequencing reveals how transposable elements drive alternative splicing and alter translation in glioblastoma, generating diverse RNA isoforms linked to cancer progression...
RNA sequencing with regRNA Capture-seq identified thousands of regulatory RNAs and enabled new strategies to increase expression of disease-related genes using ASOs...
RNA sequencing of newly synthesized transcripts reveals dynamic immune cell activation and gene regulation during infection, providing real-time insight into how immune responses a...
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