<P> Determinate cleavage (also called mosaic cleavage) is in most protostomes . It results in the developmental fate of the cells being set early in the embryo development . Each blastomere produced by early embryonic cleavage does not have the capacity to develop into a complete embryo . </P> <P> A cell can only be indeterminate (also called regulative) if it has a complete set of undisturbed animal / vegetal cytoarchitectural features . It is characteristic of deuterostomes--when the original cell in a deuterostome embryo divides, the two resulting cells can be separated, and each one can individually develop into a whole organism . </P> <P> In the absence of a large concentration of yolk, four major cleavage types can be observed in isolecithal cells (cells with a small even distribution of yolk) or in mesolecithal cells (moderate amount of yolk in a gradient)--bilateral holoblastic, radial holoblastic, rotational holoblastic, and spiral holoblastic, cleavage . These holoblastic cleavage planes pass all the way through isolecithal zygotes during the process of cytokinesis . Coeloblastula is the next stage of development for eggs that undergo these radial cleavaging . In holoblastic eggs, the first cleavage always occurs along the vegetal - animal axis of the egg, the second cleavage is perpendicular to the first . From here, the spatial arrangement of blastomeres can follow various patterns, due to different planes of cleavage, in various organisms . </P> <Ul> <Li> Bilateral </Li> </Ul>

Where does the first cleavage division of zygote take place
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