Recent advances and future perspectives in vector-omics Brief history of sequencing technologies and the progression of vector genomics Current practices and considerations for vector genome assembly Comparisons of PacBio and Oxford Nanopore for genome assembly Examples of long read assembly algorithms Advancements in genome scaffolding technologies and algorithms Towards resolving haplotypes and achieving haploid assemblies Beyond genome assembly Long read sequencing enables isoform annotation and the detection of modified bases Improving genome annotation using proteomics 3D genome architecture and chromosomal territories Identification of chromosomal rearrangement Chromatin accessibility and DNA binding Vector biology at the single cell Targeted sequencing approaches Population genomics Future perspectives
