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The International Journal of Astrobiology publishes innovative solution to the evolution of form, depicting graphic steps from egg to human skeleton
24 September 2010
The International Journal of Astrobiology has published “The Origin of the Vertebrate Skeleton,” submitted by Synthetic Life Lab of New York City. The paper describes the hypothetical construction of a toroidal bilayer patterned with rows and columns representing molecular elements. The model is depicted in sequential animations to produce the general configuration of the human skeleton and the shapes of the component bones, the result of ten years of research in the quest for a mechanistic, geometric account of the origin of the forms of the plant and animal body plan.
Synthetic Life Lab, under the direction of Stuart Pivar, began its investigation with the study of the known configuration of the cell membrane as a phospholipid bilayer. Experimental models fabricated of PVC film led to hypothetical constructions based on configurations predicted by the inwardly directed expansion of a bilayer surface constrained within an outer fixed spherical envelope. The paper describes the steps leading to a toroidal bilayer, mimicking the vertebrate egg. The rotation of the interior surface of the bilayer with respect to the outer surface produced a model of the generation of the archetypal vertebrate skeleton, including the subsurface implantation of one or two chords, in mimicry of the notochord and nerve chord. Cortical rotation, the first stage after fertilization in observed embryology, is consistent with this theoretical model.
How life originated and evolved is arguably the greatest unsolved problem facing science. Thousands of scientists and scores of organizations and scientific journals are dedicated to discovering the mechanisms underlying this mystery. In the peer-reviewed journal’s letter of acceptance the reviewer states, " . . . the article should be published, so that as many scientists as possible can participate in the discussion on this new important subject.” Simon Mitton, prominent Cambridge scientist and IJA editor-in-chief, calls it “a groundbreaking concept.”
Mt. Holyoke paleontologist Mark McMenamin has called the discovery “a seismic event in science.” The model is based neither on a genetic code nor on natural selection, thus contradicting the orthodox Synthetic paradigm that has dominated evolutionary biology for seven decades. Nevertheless, this model offers an alternative naturalistic theory that can account for the origin of form without recourse to any form of creationism or supernatural intervention. If it should gain widespread acceptance, this model would negate the creationist argument that science has no theory for the origin of complex life.
The following is the ABSTRACT from the International Journal of Astrobiology:
The Origin of the Vertebrate Skeleton
The anatomy of the human and other vertebrates has been well described since the days of Leonardo da Vinci and Vesalius. The causative origin of the configuration of the bones and of their shapes and forms has been addressed over ensuing centuries by such outstanding investigators as Goethe, Von Baer, Gegenbauer, Wilhelm His and D’Arcy Thompson, who sought to apply mechanical principles to morphogenesis. But no coherent causative model of morphogenesis has ever been presented.
This paper presents a causative model for the origin of the vertebrate skeleton based on the premise that the body is a mosaic enlargement of self-organized patterns engrained in the membrane of the egg cell. Drawings illustrate the proposed hypothetical origin of membrane patterning and the changes in the hydrostatic equilibrium of the cytoplasm that cause topographical deformations resulting in the vertebrate body form.
Paper: The origin of the vertebrate skeleton
Morphogenesis of the human skeleton
Development of the vertebrate limb