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6. To study Binary Fission in Amoeba and Binary Fission & Budding in Yeast- Lab Exp. Video Lecture - Class 10

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FAQs on 6. To study Binary Fission in Amoeba and Binary Fission & Budding in Yeast- Lab Exp. Video Lecture - Class 10

1. What is binary fission in amoeba?
Ans. Binary fission in amoeba is a form of asexual reproduction where a single amoeba cell divides into two identical daughter cells. This process involves the elongation and division of the nucleus, followed by the division of the cytoplasm, resulting in two separate and genetically identical amoebae.
2. How does binary fission occur in yeast?
Ans. Binary fission in yeast is a form of asexual reproduction where a parent yeast cell divides into two daughter cells. This process starts with the formation of a bud on the parent cell, which gradually grows in size. Eventually, the bud separates from the parent cell, becoming an independent yeast cell. This process ensures the production of genetically identical yeast cells.
3. What are the similarities between binary fission in amoeba and yeast?
Ans. Both binary fission in amoeba and yeast are forms of asexual reproduction. In both processes, a single parent cell divides to produce two offspring cells. The resulting daughter cells are genetically identical to the parent cell. Additionally, both processes ensure the propagation of the species and the growth of the population.
4. What are the differences between binary fission in amoeba and yeast?
Ans. One major difference between binary fission in amoeba and yeast is the method of cell division. Amoeba undergoes binary fission by dividing the entire cell, including the nucleus and cytoplasm. On the other hand, yeast undergoes binary fission through budding, where a smaller outgrowth called a bud forms on the parent cell and eventually separates to become an independent cell.
5. What are the advantages of binary fission in amoeba and yeast?
Ans. The advantages of binary fission in amoeba and yeast include rapid multiplication and the ability to colonize new environments. Both processes allow for the production of numerous offspring in a short period, leading to population growth. This ensures the survival and adaptation of the species to changing environmental conditions. Additionally, binary fission in yeast allows for genetic variation through the occurrence of mutations during the replication process.
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