Population evolution is to analyze the specific changes at the genome level that lead to the adaptive evolution of different subgroups based on population genetic differences by performing whole-genome resequencing of representative individuals of different subgroups under different living conditions within a species. The variation of genetic differences among subgroups can also reflect their dynamic changes and mutual influences. The selected genomic regions subject to selection pressure are usually important functional regions, which have important guiding significance for understanding the adaptation of function to the environment.
Brief
Fields
- Group adaptive evolution
- Biological domestication
Process
Parameters
Product Type | Indicators | Cycle |
Group Evolution | Number of representative subgroups ≥3 Total sample size ≥30 ( within 100 samples, below 2T of data ) Single plant subgroup ≥10 strains | Analysis cycle 60 days ( within 100 samples, below 2T of data ) |
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Requirements
Product Type | Library Type | Sampling Requirements |
Group Evolution | 350bp small fragment library | Sample type: genome DNA sample, free of degradation and contamination |
Sample demand: 0.5 μg, single | ||
Sample concentration: ≥5 ng/μL | ||
Sample purity: OD206/280=1.8-2.0 |
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