Centipedal hemocyanin: its structure and its implications for arthropod phylogeny.
Ch. P. Mangum, Jan L. Scott, Robert E. Black, Karen I. Miller, K. E. Van Holde
Abstract
Ch. P. Mangum, Jan L. Scott, Robert E. Black, Karen I. Miller, K. E. Van Holde
Abstract
The oxygen carrier hemocyanin occurs in the blood of Scutigera coleoptrata, a uniramous arthropod, as well as the crustaceans and chelicerates. The native polymer appears to be composed of substructures having the same size and electron-dense image as those of other arthropod hemocyanins but assembled into a unique multiple and arranged in a unique configuration. The simplest explanation of these findings is that the arthropod hemocyanins have a common origin, exemplifying a derived (as opposed to primitive) character shared by each of the three living groups.
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The oxygen carrier hemocyanin occurs in the blood of Scutigera coleoptrata, a uniramous arthropod, as well as the crustaceans and chelicerates. The native polymer appears to be composed of substructures having the same size and electron-dense image as those of other arthropod hemocyanins but assembled into a unique multiple and arranged in a unique configuration. The simplest explanation of these findings is that the arthropod hemocyanins have a common origin, exemplifying a derived (as opposed to primitive) character shared by each of the three living groups.
Key concepts: Arthropod, Hemocyanin, Biology, Evolutionary biology, Crustacean, Zoology, Character (mathematics), Paleontology