Additional file 2. In silico estimates of the number of fragments. Estimates were produced through in silico restriction enzyme digestions for reduced representation sequencing (RRS) optimized for approximately 30× coverage. The number of fragments depends on the restriction enzyme/combination, the size window, the assumed genome size, and the reference genome used for in silico digestion. Reference genomes of related species were used as well as simulated genomes; in this case the size and GC content used to simulate the genomes are listed. The number of fragments were extrapolated to the assumed genome size. Only two different enzyme and size selection setups per target species are listed here (for RRS setups optimized for HiSeq 2500 or H...
A fragmentation of genomic DNA by restriction digestion is a popular step in many applications. Usua...
Background: Reduced-representation sequencing technology is widely used in genotyping for its econom...
20 pagesInternational audienceBackground Genome-wide data are invaluable to characterize differentia...
Additional file 4. Reduced representation sequencing (RRS) setups for seven individually optimized p...
Additional file 3. Comparisons of empirical and in silico restriction enzyme digestions. Empirical B...
Additional file 1. Samples used for reduced representation sequencing (RRS) optimization. DNA from t...
Additional file 5. Reduced representation sequencing (RRS) laboratory protocol based on the protocol...
Additional file 7. Results from parameter optimization for de novo assembly and genotyping. Eight pa...
<p>Changing the restriction enzyme (RE) or size-selection regime modifies the fraction of genome rec...
Next generation sequencing has impacted all areas of biology by providing affordable investigations ...
Background: Genome-wide data are invaluable to characterize differentiation and adaptation of natura...
These are all the input files that were used in the publication. S1 Table: contains a list of all s...
A fragmentation of genomic DNA by restriction digestion is a popular step in many applications. Usua...
A fragmentation of genomic DNA by restriction digestion is a popular step in many applications. Usua...
A fragmentation of genomic DNA by restriction digestion is a popular step in many applications. Usua...
A fragmentation of genomic DNA by restriction digestion is a popular step in many applications. Usua...
Background: Reduced-representation sequencing technology is widely used in genotyping for its econom...
20 pagesInternational audienceBackground Genome-wide data are invaluable to characterize differentia...
Additional file 4. Reduced representation sequencing (RRS) setups for seven individually optimized p...
Additional file 3. Comparisons of empirical and in silico restriction enzyme digestions. Empirical B...
Additional file 1. Samples used for reduced representation sequencing (RRS) optimization. DNA from t...
Additional file 5. Reduced representation sequencing (RRS) laboratory protocol based on the protocol...
Additional file 7. Results from parameter optimization for de novo assembly and genotyping. Eight pa...
<p>Changing the restriction enzyme (RE) or size-selection regime modifies the fraction of genome rec...
Next generation sequencing has impacted all areas of biology by providing affordable investigations ...
Background: Genome-wide data are invaluable to characterize differentiation and adaptation of natura...
These are all the input files that were used in the publication. S1 Table: contains a list of all s...
A fragmentation of genomic DNA by restriction digestion is a popular step in many applications. Usua...
A fragmentation of genomic DNA by restriction digestion is a popular step in many applications. Usua...
A fragmentation of genomic DNA by restriction digestion is a popular step in many applications. Usua...
A fragmentation of genomic DNA by restriction digestion is a popular step in many applications. Usua...
Background: Reduced-representation sequencing technology is widely used in genotyping for its econom...
20 pagesInternational audienceBackground Genome-wide data are invaluable to characterize differentia...