Genomic DNA from other species provides purified genomic material for molecular and genetic research across diverse biological systems, including non-human vertebrates, invertebrates, plants, fungi, and other research organisms. Genomic DNA contains genomic sequences, predominantly representing chromosomal DNA, and can support analyses of genetic variation, taxonomically informative markers, population structure, genome organization, and evolutionary relationships. DNA-based species identification and comparative genomic studies commonly use PCR, sequencing, and analysis of informative genomic regions.
The suitability of genomic DNA for downstream applications depends on parameters including concentration, purity, integrity, fragment size, and the presence of inhibitory contaminants. These characteristics can affect PCR amplification, genotyping, sequencing library preparation, and genome-scale analyses.
Key Features
-
Species Diversity : Genomic DNA resources from a broad range of research species.
-
Molecular Template : Purified genomic DNA for assays requiring genomic DNA as input.
-
Quality Parameters : Concentration, purity, integrity, and fragment characteristics are relevant to downstream applications.
-
Broad Molecular Applications : Suitable, depending on sample quality and assay requirements, for targeted and genome-scale DNA analyses.
Usual Uses
-
PCR and qPCR : Detection, amplification, or quantification of genomic targets.
-
Genotyping and Genetic Variation Analysis : Includes SNP and marker-based studies.
-
Sanger and Next-Generation Sequencing : Supports targeted sequencing and whole-genome analyses.
-
Species and Population-Level Studies : Species identification, phylogenetic analysis, population genetics, and comparative genomics.
