Elsevier

The Journal of Pediatrics

Volume 101, Issue 5, November 1982, Pages 832-838
The Journal of Pediatrics

Vascular pathogenesis of limb defects. I. Radial artery anatomy in radial aplasia*

https://doi.org/10.1016/S0022-3476(82)80342-9Get rights and content

Twelve human fetuses with radial aplasia were dissected to evaluate the vasculature of the arm. Three types of vascular patterns were found. In type I there was a single midline superficial vessel with no radial or ulnar artery. This pattern occurred in four perfused twins (acardia) with twin reversed arterial perfusion sequence, one fetus with clinical trisomy 18, and one with an unknown disorder with multiple midline field defects. In type II there was absence of the radial artery with or without persistence of the embryonic median artery; the other vessels were normal. This pattern was seen in three fetuses with unknown disorders associated with multiple malformations. In type III the radial artery was present but had an abnormal course. This pattern was found in three fetuses with thrombocytopenia-absent radius syndrome. From these dissections and the results of animal experiments on the embryology of the vasculature, the following conclusions can be drawn. Vasculogenesis precedes differentiation of mesenchyme into muscle and bone. The embryonic capillary net determines the adult vascular anatomy of the limb. Failure to form, malformations, or disruption of the capillary net results in anomalies of the adult vasculature and may lead to musculoskeletal defects. Failure of chondrogenesis does not disturb the capillary net, and normal arteries will develop. Absence of the radial artery found in association with radial aplasia implies that there was abnormal vasculogenesis or disruption of developing vessels, or both. Either can lead to this congenital musculoskeletal defect.

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    *

    Supported by National Institutes of Health Abnormal Biological Development Training Grants 1-T32 HD 0717201 and NICHD00836 and by March of Dimes/Birth Defects Foundation.

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