Sentence examples for multiple organisms that from inspiring English sources

"Out of seven sequences, we had three that matched chicken uniquely and we had another that matched frogs uniquely and another that also matched newt uniquely and a couple of others that matched multiple organisms that include chickens and newts," said John Asara of the Beth Israel Deaconess Medical Centre in Boston, one of the authors of the study.

Many ICUs are now faced with multiple organisms that are resistant to many of our common antibiotics.

Pathway Commons [ 11] is a collection of publicly available pathway data from multiple organisms that enables biologists to browse and search a comprehensive collection of pathways from multiple sources represented in a common language.

A variety of custom software has also been developed for specific tasks, including tracking multiple organisms that cross paths or following individuals in three-dimensional space [39], [40].

Overall, these data suggest that MIND, Ndc80 and Spc105 linker components are in intimate association in multiple organisms, but that the details of their interaction differ.

A recent analysis of public databases of transcriptome sequences of multiple organisms discovered that human beings have picked up at least 145 genes from other species during the course of evolution.

In organisms that have multiple family members, functional redundancy may complicate genetic analyses of ISG12 gene function, and multiple gene-knockouts or knockdowns may be required to reveal a clear phenotype.

Given that many genes cooperate in various pathways, incorporating multiple gene cassettes in tandem in a transgenic DNA construct for the purpose of genetic modification is often necessary when generating organisms that produce multiple foreign gene products.

Treefam (Tree families) [ 18] uses phylogeny based on Ensembl datasets and clusters genes (and corresponding gene products) from multiple organisms into groups that are all descended from a single ancestor gene.

This may be feasible for organisms that occupy multiple niches, where strains specialized to particular environments can encounter each other.

Simply increasing the number of genes included in the analysis is unlikely to overcome this challenge in organisms that occupy multiple niches and can exchange DNA between strains specialized to different niches.