May 2021

Hecaton: reliably detecting copy number variation in plant genomes using short read sequencing data.

Hecaton: reliably detecting copy number variation in plant genomes using short read sequencing data.

Antibody, Assay Kit, Default, Detection Kit, DNA, Elisa Kit, Genome Sequencing of SAV3 Reveals Repeated Seeding Events of Viral Strains in Norwegian Aquaculture., Kit, Lab Product, Lab Reagent, Lentivirus, Medium, Monoclonal Antibody, NATtrol, Particles, Polyclonal Antibody, Protein, Reagent, Recent advances in understanding mitochondrial genome diversity., Recombinant Protein, RNA, Stain, Systematic Identification and Analysis of Light-Responsive Circular RNA and Co-expression Networks in Lettuce (Lactuca sativa)., Tips, Tissue, Tissue Array /

Copy number variation (CNV) is believed to actively contribute to adaptive evolution of plant species. While many computational algorithms can be found to detect copy number variation from complete genome sequencing datasets, the everyday complexity of plant knowledge possible introduces false constructive calls.To allow dependable and complete detection of CNV in plant genomes, we developed […]

Hecaton: reliably detecting copy number variation in plant genomes using short read sequencing data. Read More »

Animal, Fungi, and Plant Genome Sequences Harbor Different Non-Canonical Splice Sites.

Animal, Fungi, and Plant Genome Sequences Harbor Different Non-Canonical Splice Sites.

Antibody, Assay Kit, Default, Detection Kit, DNA, Elisa Kit, Genome Sequencing of SAV3 Reveals Repeated Seeding Events of Viral Strains in Norwegian Aquaculture., Kit, Lab Product, Lab Reagent, Lentivirus, Medium, Monoclonal Antibody, NATtrol, Particles, Polyclonal Antibody, Protein, Reagent, Recent advances in understanding mitochondrial genome diversity., Recombinant Protein, RNA, Stain, Systematic Identification and Analysis of Light-Responsive Circular RNA and Co-expression Networks in Lettuce (Lactuca sativa)., Tips, Tissue, Tissue Array /

Most protein-encoding genes in eukaryotes comprise introns, that are interwoven with exons. Introns must be faraway from preliminary transcripts as a way to generate the ultimate messenger RNA (mRNA), which could be translated into an amino acid sequence. Precise excision of introns by the spliceosome requires conserved dinucleotides, which mark the splice websites. However, there

Animal, Fungi, and Plant Genome Sequences Harbor Different Non-Canonical Splice Sites. Read More »