Assertion : Eukaryotic cells have the ability | vedclass

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(A) Eukaryotic cells possess a complex network of proteinaceous filaments in the cytoplasm collectively called the cytoskeleton. This cytoskeleton is

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(A) Eukaryotic cells possess a complex network of proteinaceous filaments in the cytoplasm collectively called the cytoskeleton. This cytoskeleton is composed of three principal types of protein filaments: $1$. Microfilaments,$2$. Microtubules,and $3$. Intermediate filaments. These structures provide mechanical support,maintain the characteristic shape of the cell,and facilitate intracellular transport and directed cell movements. Therefore,the presence of the cytoskeleton is the direct reason why eukaryotic cells can adopt various shapes and perform directed movements.

Assertion : Eukaryotic cells have the ability to adopt a variety of shapes and carry out directed movements.
Reason : There are three principal types of protein filaments-microfilaments,microtubules and intermediate filaments,which constitute the cytoskeleton.

Similar Questions

The cytoskeleton is a proteinaceous network of fibres in the cytoplasm. It is involved in

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The cytoskeleton is made up of $.............$.

In the diagram below,identify the part which connects the peripheral microtubules to the central sheath.

Which of the following are strong and durable protein filaments?

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Assertion : Eukaryotic cells have the ability to adopt a variety of shapes and carry out directed movements.Reason : There are three principal types of protein filaments-microfilaments,microtubules and intermediate filaments,which constitute the cytoskeleton.