We argue that the materials genome, analogously with biological genomes, should be defined as a set of information (databases) allowing prediction of a material's structure, as well as its response to processing and usage conditions.
Pre-processing of each of the 27 eukaryotes' largely single gene containing sequence files eliminated sequence redundancies that would introduce bias into the frequency calculations [ 39- 41], that would not be representative of the biological genomes.
We're responsible for creating and archiving and maintaining and providing to the world over the Internet some of the major biological databases: genome sequence databases, protein structure databases and others.
From the biological standpoint, genome AML-associated fusion proteins that result from chromosome translocations have been reported to help establish specific DNA methylation patterns in AML.
Most of the biological and genome differences were observed between the persisting and nonpersisting USA300 isolates.
Due to its significant roles in a wide variety of biological processes, genome evolution of microRNA structure and function have been studied extensively [ 1, 2, 10- 18].
In this review, we describe the mechanisms responsible for two biological processes: genome maintenance and mutation tolerance involved in generations of genetic variations in mitotic cells of both Saccharomyces cerevisiae and Schizosaccharomyces pombe.
For all other problems, the basis of biological evolution, genome replication, is in place but, in the case of OORT, the emergence of this mechanism itself is the explanandum.
With the rapid development of biological technologies, genome-wide tumor profiling has grown drastically in scale and availability.
Second, the solutions provided by the model are immediately expressed in the language of biological concepts (genomes, genes, gene expression and its regulation, proteins, fluxes of metabolites, etc).
