Binary fission in amoeba and budding in yeast are identical in mechanism but the basic difference is ____________

daughter cells in budding are bigger than those in fission

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daughter cells in budding are smaller than those in fission

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daughter cells of budding receive more cytoplasm than fission fragments

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daughter cell in budding are formed in unfavourable conditions and binary fragments are formed in favourable conditions

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Solution

The correct option is B daughter cells in budding are smaller than those in fission
Budding in yeast starts with a small outgrowth on cell surface of yeast cell. This is followed by separation of daughter buds. The mechanism of division in binary fission and budding is same but the daughter cells produced in yeast budding are smaller compared to binary fission fragments or cells.

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Similar questions

Binary fission in amoeba and budding in yeast are identical in the mechanism. But the basic difference is ……………………………………….

After observing the prepared slides of binary fission in amoeba and budding in yeast following observations were reported:

(a) Single cells of amoeba and yeast were undergoing binary fission and budding respectively.

(b) Cytokinesis was observed in the yeast cell.

(d) A chain of buds were observed due to reproduction in amoeba.

The correct observation(s) is / are:

Slide A	Slide B
I. Binary fission in Amoeba II. Budding in Yeast III. Binary fission in Amoeba IV. Budding in Yeast	Daughter cells of Amoeba Buds of Yeast Buds of Yeast Daughter cell in Amoeba

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