ney A bioinformatics Glabile M repetitive H microarrays 1 mobile N sequence O structural B comparative C computer D enzy

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Ney A Bioinformatics Glabile M Repetitive H Microarrays 1 Mobile N Sequence O Structural B Comparative C Computer D Enzy 1 (34.33 KiB) Viewed 52 times

ney A bioinformatics Glabile M repetitive H microarrays 1 mobile N sequence O structural B comparative C computer D enzymes E functional J non-coding P tandem K proteins Q transposons Finterspersed L proteomics Type only the letter corresponding to the answer in the answer block Genes comprise only 1.5% of the human genome. The rest of the DNA is surprisingly more active than once thought. About half of the DNA consists of DNA elements which may be in or throughout several chromosomes. Some of this DNA which are a driving is made up of DNA sequence called evolutionary force within the genome. is the study of how genes are actively producing in which cells and under which circumstances. genomics has revealed that little difference exists between DNA of human bases and those of many other organisms. genomics aims to understand the function of the coding and region of the genome. To that end researchers are using tools such as DNA