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Formation of interfascicular cambium and cork cambium is possible most importantly because of:
1. Differentiation | 2. Dedifferentiation |
3. Redifferentiation | 4. Reverse differentiation |
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To differentiate into a tracheary element, a plant cell:
I: would lose its protoplasm
II: develops a strong, elastic lignocellulosic secondary wall
1. Only I is correct | 2. Only II is correct |
3. Both I and II are correct | 4. Both I and II are incorrect |
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In plants, the living differentiated cells, have lost the capacity of division under certain conditions. This phenomenon is termed as:
1. Dedifferentiation | 2. Proto-differentiation |
3. Redifferentiation | 4. Secondary differentiation |
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Consider the given two statements:
I: Differentiation in plants is open.
II: Cells/tissues arising out of the same meristem have different structures at maturity.
1. Both I and II are correct and II explains I
2. Both I and II are correct but II does not explain I
3. I is correct but II is incorrect
4. I is incorrect but II is correct
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To differentiate into a tracheary element, a cell would:
1. Gain protoplasm
2. Become multinucleate
3. Assimilate lot of collagen and elastin
4. Develop lignocellulosic secondary cell wall
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Development is a term that includes all changes that a plant goes through during its life cycle:
1. till germination of the seed
2. during its vegetative growth
3. from germination till flowering
4. from germination to senescence
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