Mathematical Proof of Genomic Amino Acid Composition Homogeneity Based on Putative Small Units

The amino acid composition calculated from a gene assembly coding more than 3,000-7,000 amino acid residues represents the species specific amino acid composition based on the complete genome. In the present mathematical study, the 17 amino acid composition based on the sample size, 3,000-7,000, represents an amino acid composition with 95% level simultaneous confidence intervals for all amino acid probabilities in the sample. A genomic structure is constructed homogeneously with putative small units coding similar amino acid compositions under a mathematical rule

Similarity of Amino Acid Composition Based on Gene Assembly and Different Gene - size Distributions among the 11 Chromosomes in Encephalitozoon cuniculi

The amino acid composition and the gene-size distribution based on the complete genome of Encephalitozoon cuniculi were analyzed. The amino acid compositions based on the 11 chromosomes of Encephalitozoon cuniculi were almost identical, whereas the distribution patterns of gene-size among the chromosomes slightly differed. Thus, the genome is constructed with gene assemblies which show similar amino acid compositions, and which do not have the restricted boundaries