腕足动物生命周期阶段的同工酶遗传学

Chesapeake Science Pub Date : 1977-09-01 DOI:10.2307/1350802
J. Gooch
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引用次数: 25

摘要

harrisopeus harrisii, Sesarma cinereum, and and的幼虫和成虫等位酶遗传变异。对网纹木进行了研究。在北卡罗莱纳、马里兰和缅因州的rhithropanopeus中,15个等位酶基因位点基本上没有检测到地理变异,在所利用的样本中,除了一个可能是单态的外,其他所有位点都是单态的。除了测定差异外,zoeae, megallopa和成虫之间的酶表达也没有生命周期差异。在北卡罗来纳州采集的两种sesarma也没有显示出生命周期的变化。13个基因座中有3个为多态性基因。网状,13个inS中的0个。电影院,和0或1的15卢比。harrisii。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Allozyme Genetics of Life Cycle Stages of Brachyurans
Allozyme genetic variation in larvae and adults of the crabsRhithropanopeus harrisii, Sesarma cinereum, andS. reticulatum was investigated. InRhithropanopeus from North Carolina, Maryland, and Maine essentially no geographic variability was detected at 15 allozyme gene loci, all but perhaps one of which was monomorphic in the samples utilized. There was also no life cycle variability in enzyme expression among zoeae, megalopa, and adults other than assay differences. The two species ofSesarma, all collected in North Carolina, also showed no life-cycle variation. Three of 13 loci were polymorphic inS. reticulatum, 0 of 13 inS. cinereum, and 0 or 1 of 15 inR. harrisii.
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