Figure 2
Schematic overview of the workflow used for sequencing, genome size estimation, assembly and annotation of the M. jurtina genome. 1. An artist’s impression of a female M. jurtina (samples collected from multiple fields and processed for DNA extraction); 2. Multiple sequencing approaches adopted along with genome characterization using genome scope; 3. Genome assembly using a hybrid approach; 4. Genome completeness assessment; 5. De novo genes prediction and repeat detection; 6. Functional annotation; 7. Comparative analysis. Note that transcriptome data (orange segment) were obtained from publicly available sources at NCBI and only used for genome annotation.

Schematic overview of the workflow used for sequencing, genome size estimation, assembly and annotation of the M. jurtina genome. 1. An artist’s impression of a female M. jurtina (samples collected from multiple fields and processed for DNA extraction); 2. Multiple sequencing approaches adopted along with genome characterization using genome scope; 3. Genome assembly using a hybrid approach; 4. Genome completeness assessment; 5. De novo genes prediction and repeat detection; 6. Functional annotation; 7. Comparative analysis. Note that transcriptome data (orange segment) were obtained from publicly available sources at NCBI and only used for genome annotation.

Close
This Feature Is Available To Subscribers Only

Sign In or Create an Account

Close

This PDF is available to Subscribers Only

View Article Abstract & Purchase Options

For full access to this pdf, sign in to an existing account, or purchase an annual subscription.

Close