Answer:
Microtubules are the components of the cytoskeleton.
Functions:
- form a framework for structures such as the spindle apparatus that appears during cell division
hence aid in the separation of chromosomes during mitosis.
-also components of cilia and flagella.
-determine cell shape and in a variety of cell movements
Microtubules are polar structures with two distinct ends:
a fast-growing plus end and a slow-growing minus end. Polarity helps in determining the
direction of movement along microtubules,
Solution
Answer:
Microtubules are the components of the cytoskeleton.
Functions:
- form a framework for structures such as the spindle apparatus that appears during cell division
hence aid in the separation of chromosomes during mitosis.
-also components of cilia and flagella.
-determine cell shape and in a variety of cell movements
Microtubules are polar structures with two distinct ends:
a fast-growing plus end and a slow-growing minus end. Polarity helps in determining the
direction of movement along microtubules,.
Measures of Dispersion and Variability: Range, QD, AD and SD
AnswerMicrotubules are the components of the cytoskeleton.Funct.pdf
1. Answer:
Microtubules are the components of the cytoskeleton.
Functions:
- form a framework for structures such as the spindle apparatus that appears during cell division
hence aid in the separation of chromosomes during mitosis.
-also components of cilia and flagella.
-determine cell shape and in a variety of cell movements
Microtubules are polar structures with two distinct ends:
a fast-growing plus end and a slow-growing minus end. Polarity helps in determining the
direction of movement along microtubules,
Solution
Answer:
Microtubules are the components of the cytoskeleton.
Functions:
- form a framework for structures such as the spindle apparatus that appears during cell division
hence aid in the separation of chromosomes during mitosis.
-also components of cilia and flagella.
-determine cell shape and in a variety of cell movements
Microtubules are polar structures with two distinct ends:
a fast-growing plus end and a slow-growing minus end. Polarity helps in determining the
direction of movement along microtubules,
