Sentence examples for assemblies of species from inspiring English sources

This might become possible when genome assemblies of species become available that diverged after separation of the Lycopodiophyta but before the Magnoliophyta established.

As more and more draft genome assemblies of species closely related to already sequenced species become available, known gene annotations can be used as starting point for gene predictions.

The dm3-centric alignments of coding sequences for each gene were extracted by "Stitch Gene blocks" (version 1.0.1) from the "Fetch Alignments" menu without splitting into gapless MAF blocks for the following assemblies of species from Sophophora subgenus: dm3, droSim1, droYak2, droEre2, droAna3, dp4, droPer1, and droWil1.

But they don't have the rich assembly of species that we know are in trouble.

Outcomes regress to the equilibrium mean for a random assembly of species undergoing stochastic extinctions of rare members, regulated by spatially autocorrelated immigration, and replacement by initially rare invaders.

This methodology worked well for joining all the plastid contigs into a well supported hypothesis for a plastome assembly of species in the refractory clade, deposited on GenBank as unverified whole plastome assemblies.

To build a profile HMM of a particular protein family, a multiple sequence alignment containing sequences from as diverse an assembly of species as possible is created in order to properly represent both the conserved and divergent regions across the protein family.

The statistics presented in Tables 2 and 3 and Supplementary Tables S1 S12 support a number of conclusions about the capabilities of the various assembly methods and provide answers to the four questions posed in Section 1. First, we consider which assembler generates the best assemblies of bacterial species from a single whole-genome shotgun library.

We obtained the genome assemblies of four species belonging to the Cryptococcus neoformans species complex from the websites of the sequencing centers that produced them (strain JEC21: TIGR; strain WM276: Michael Smith Genome Center; strains H99 and R265: Broad Institute).

We used reciprocal BLAST searches to compare in-target assemblies of each species to search for orthologous markers that were enriched among the four species.

This can facilitate the design and production of nanoclusters of silicon with specific properties in high abundance and the development of assemblies of such species.