Match the column with respect to organelles and their respective function. Column I Column II a. Golgi apparatus (i) Helps in spindle formation b. Ribosomes bound to ER (ii) Synthesis and storage of fats c. Microtubules (iii) Secretory proteins d. Spherosomes (iv) Helps in pseudopodia formation (v) Acrosome of sperms .

Question

Match the column with respect to organelles and their respective function. Column I Column II a. Golgi apparatus (i) Helps in spindle formation b. Ribosomes bound to ER (ii) Synthesis and storage of fats c. Microtubules (iii) Secretory proteins d. Spherosomes (iv) Helps in pseudopodia formation (v) Acrosome of sperms ., a-(i), b-(ii), c-(iv), d-(v), a-(v), b-(iii), c-(i), d-(ii), a-(v), b-(iii), c-(iv), d-(ii), a-(iv), b-(iii), c-(v), d-(ii)

MARKS App · Accepted Answer

Active trafficking from the Golgi apparatus is involved in acrosome formation in sperm. The path of a protein destined for secretion has its origins in the rough endoplasmic reticulum, a membrane-bound compartment in the cell. The microtubule-organising centre (MTOC) is a structure found in eukaryotic cells from this microtubules emerge. MTOCs has two main functions: the organization of eukaryotic flagella and cilia and the organization of the mitotic and meiotic spindle apparatus, which separate the chromosomes during cell division. Spherosomes are small membrane-bound organelles which take part in storage and synthesis of fats.

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	Column I		Column II
a.	Golgi apparatus	(i)	Helps in spindle formation
b.	Ribosomes bound to ER	(ii)	Synthesis and storage of fats
c.	Microtubules	(iii)	Secretory proteins
d.	Spherosomes	(iv)	Helps in pseudopodia formation
		(v)	Acrosome of sperms