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TAP-seq combines genome editing with targeted RNA sequencing to enable sensitive and cost-effective single-cell functional genomics screens...
RNA sequencing captures both coding and noncoding RNAs at single-cell resolution, revealing complex regulatory programs and cellular identities across development and disease...
CIPHER‑seq is a single‑cell method that measures RNA and proteins simultaneously, exposing gaps in cytokine signaling and reducing mitochondrial stress signatures to give a clearer...
Parse Biosciences enables RNA sequencing of FFPE samples at single cell resolution, unlocking archived tissues for whole transcriptome analysis and deeper insights into gene...
RNA sequencing combined with spatial profiling tracks gene expression and cell proliferation, revealing dynamic cellular interactions and uncovering new insights into development.....
RNA sequencing using nanopore technology enables detection of RNA modifications and structure at single-nucleotide resolution through reverse transcription error signatures...
RNA sequencing with SCOTCH improves isoform-level analysis from long-read single-cell data, helping reveal cell-type-specific transcript diversity and novel RNA isoforms
RNA sequencing combined with deep learning improves identification of cell populations and key genes, enabling more accurate analysis of complex single cell datasets...
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 combined with protein analysis enables detailed tracking of immune cell activity, revealing cytokine dynamics and improving understanding of cancer and immune respon...
RNA sequencing with sc-rDSeq captures diverse RNA types, revealing hidden tumor heterogeneity and drug-resistant cell populations in lung cancer...
Long-read RNA sequencing improves rare disease diagnosis by resolving transcript isoforms and variant effects, enabling more accurate interpretation of pathogenic splicing...
RNA sequencing from more than 22 million cells trained a model that predicts cell-type-specific gene expression and noncoding variant...
RNA sequencing with NTVE enables repeated monitoring of gene expression in living cells, supporting time-course analysis of differentiation, perturbation responses, and cellular dy...
SCSEQ makes single-cell RNA sequencing analysis more accessible through a web-based platform that supports preprocessing, clustering, cell type identification, and downstream biolo...
RNA sequencing combined with single-cell analysis enables scSurvival to link specific tumor cell populations to patient risk, improving survival prediction and revealing drivers of...
RNA sequencing reveals improved recovery and analysis of pancreatic acinar cells, enabling clearer insights into cell states in healthy tissue and disease conditions...
by Yuntian Wu, Haoran Hu, Wei Chen, Johann E. Gudjonsson, Lam C. Tsoi, Xiaoquan Wen Multiplets arise when multiple cells are captured within the same droplet during single-cell se...
by Yixiang Huang, Yuan Gan, Xinqi Gong Multi-omics profiling—spanning proteomics, transcriptomics, and additional omics data types—is rapidly advancing, providing increasingly det...
by Nicholas J. Bradley, Sriram Pendyala, Katie Partington, Douglas M. Fowler Fluorescent in situ sequencing involves imaging-based sequencing by synthesis in intact cells or tissu...
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 reveals how nuclear genes regulate mitochondrial DNA copy number and heteroplasmy, uncovering stress responses and potential therapeutic targets for mitochondrial...
Every few minutes, a living cell does something quietly extraordinary: it sheds tiny membrane bubbles into the fluid around it. These extracellular vesicles carry molecular cargo (...
The collaboration brings together OneCyte's proprietary single-cell platform for high-throughput and high-speed clone selection with Kemp Proteins' molecular engineering capabiliti...
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