Final answer:
In humans, the cleavage seen in the embryo is called indeterminate cleavage, which is a characteristic of deuterostomes and allows embryonic cells to potentially develop into any cell type.
Step-by-step explanation:
The type of cleavage you would see in a human embryo is called indeterminate cleavage. Humans, as deuterostomes, undergo this type of cleavage where the cleavage axes are parallel or perpendicular to the polar axis of the embryo, resulting in a radial pattern. During this process, the human embryo also undergoes holoblastic cleavage due to having a very small amount of yolk in the eggs, which allows for total division of the embryonic cells. The indeterminate nature means that the resultant blastomeres do not have predetermined fates and have the potential to develop into any cell type, a property that contributes to the formation of identical twins and the potential for cells to compensate for damaged blastomeres during development.