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Indeed, the assemblies' size range of 11.6 11.9 Mb was close to the completed S. cerevisiae genome size (12.1 Mb) and bracketed that of the ostensibly completed S. paradoxus (Liti et al. 2009) (11.7 Mb) assembly, suggesting that our assemblies were essentially complete.
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To obtain long reads to improve transcriptome assemblies, size-selected libraries were sequenced using MiSEQ v3.0.
While the final P. zelicaon assembly is somewhat larger (18.5 Mbp), differences in assembly size between assemblers and parameter sets were similar to those seen for E. propertius.
These include assembly size (in base pairs), percentage of reads assembled into contigs, and counts of contigs and singletons.
The total assembly size of the genome of S. scitamineum is 19.8 Mb which was assembled into 321 contigs and 58 scaffolds (Table 1).
The total assembly size of the W. ichthyophaga genome is 9.6 Mb, and it is assembled into 101 contigs and 82 scaffolds (Table 1).
We find a strong connection between population and assembly size when these assemblies are originally designed.
Increases in assembly size are influenced by population growth and the effective number of parties.
As the original genome assembly size was ~373 Mbp, a total of ~321 Mbp could be evaluated for sequencing errors.
The seat share of the largest party, in turn, is constrained by the interaction of assembly size and electoral district magnitude in the following way.
The growth mechanism of the nanoflower has been studied in detail and can be described as the following four steps: crystallization and coordination, in-situ precipitation, self-assembly, size growth.
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