This protocol is available at NGI Stockholm.
The complexity and polymorphic nature of the 4 Mb region makes it challenging to resolve using short-read sequencing technology. Nanopore (ONT) sequencing, can provide long reads that overcome these challenges, enabling the identification of variants that could represent new biomarkers, unambiguous haplotype phasing of single-nucleotide variants (SNVs), and the potential for increased accuracy of HLA typing at a higher resolution.
library preparation nanoporeProfiling of gene expression levels at single-cell resolution.
rnaseq smartseq3 SS3 single-cell library preparation transcriptomics single cell illuminaWe now offer high resolution spatially resolved transcriptomics through the 10X Genomics Visium HD CytAssist, which combines histology with probe-based transcriptomics in HD spatial context
transcriptomics RNA illumina spatialWe now offer spatially resolved transcriptomics through the 10X Genomics Visium CytAssist, which combines histology with probe-based transcriptomics in a spatial context.
spatial transcriptomics RNA illuminaWe now offer spatially resolved transcriptomics through the 10X Genomics Visium CytAssist, which combines histology with probe-based transcriptomics in a spatial context.
RNA illumina spatial transcriptomicsWe offer spatial transcriptomics through the 10X Genomics Visium method. The method combines histology with unbiased transcriptomics in a spatial context.
transcriptomics RNA illumina spatialA method to identify open chromatin regions, such as promotor areas, using a transposase.
ATAC open chromatin epigenetics illumina ATACseq ATAC-seq Omni-ATAC TN5Combining short & long reads at the single cell level.
full transcript library preparation single cell long-read illumina ont chromium 10x GenomicsA new player in the field of short-read sequencing.
short-reads aviti element biosciences cloudbreak