Sentence examples for multiple Plasmodium genomes from inspiring English sources

The sequencing of multiple Plasmodium genomes allows the study of parasite evolution using comparative genomics.

As shown in the present study, different questions can be directly answered by comparing genomes from multiple Plasmodium species.

We investigated the evolutionary constraints on sequence and expression of parasitic genes by applying comparative genomics approaches to 6 Plasmodium genomes and 2 genome-wide expression studies.

This new release includes additional Plasmodium genomes and a newly designed website.

Infection with multiple Plasmodium species is common in malaria endemic regions.

One of the prominent features of Plasmodium genomes is the presence of various unique multigene families, such as the Plasmodium interspersed repeats, pir [1].

Our study suggests that the interaction of multiple Plasmodium species can have protective effects against some clinical outcomes of malaria.

Comparative analyses of Plasmodium genomes and genomes of other organisms have greatly improved the identification and assignation of putative functions to Plasmodium genes, and these analyses have revealed that about 50% of malaria parasites genes cannot be assigned a function by homology and it is therefore likely that many of these genes perform functions that are unique to Plasmodium.

The same forces are likely acting in the Plasmodium genomes.

In this study, we classified and investigated VSA and exported gene families across seven Plasmodium genomes.

The sequencing of several Plasmodium genomes [ 1- 4] has permitted large-scale microarray and proteomic studies of the different Plasmodium life cycle stages [ 3, 5- 8]and comparative genomic analyses [ 9- 12].