Protein length CCDFs in 22 organisms yield Tsallis q values that separate into superextensive, boundary, and subextensive regimes aligned with the bilaterian transition, with q rising monotonically in deuterostomes.
Eroglu, Information content estimate of model proteomes: a primary structure perspective
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Nonextensive Statistical Signatures of the Bilaterian Transition in Proteome Length Distributions
Protein length CCDFs in 22 organisms yield Tsallis q values that separate into superextensive, boundary, and subextensive regimes aligned with the bilaterian transition, with q rising monotonically in deuterostomes.