Question

A cell suspension was subjected to membrane disruption followed by differential centrifugation to
fractionate the cellular components.
Match the centrifugal conditions in Column I to the appropriate subcellular components in Column
II.
Column I
(A) P-iii ; Q-iv ; R-i ; S-ii
Column II
P. 1000 g, 10 min i. Microsomes and small vesicles
Q. 20000 g, 30 min ii. Ribosomes
R. 80000 g, 1 hour iii. Nuclei
S. 150000 g, 3 hours iv. Lysosomes and peroxisomes
(B) P-i ; Q-iv ; R-iii ; S-ii
(C) P-iii ; Q-iv ; R-ii ; S-i
(D) P-ii ; Q-i ; R-iv ; S-iii

Answer 1

Hlo....



HERE IS UR ANSWER..

B) P-i ; Q-iv ;R-iii ;S-ii


HOPE IT'S HELP YOU..


THANKS☺️☺️

Answer 2

$\huge {\mathfrak {\underline{ \underline{Answer ;}}}}$



[B] is the correct option



→ A cell suspension was subjected to membrane disruption followed by differential centrifugation to
fractionate the cellular components.
Match the centrifugal conditions in Column I to the appropriate subcellular components in Column
II.
Column I
(A) P-iii ; Q-iv ; R-i ; S-ii
Column II
P. 1000 g, 10 min i. Microsomes and small vesicles
Q. 20000 g, 30 min ii. Ribosomes
R. 80000 g, 1 hour iii. Nuclei
S. 150000 g, 3 hours iv. Lysosomes and peroxisomes
(B) P-i ; Q-iv ; R-iii ; S-ii✔✔✔
(C) P-iii ; Q-iv ; R-ii ; S-i
(D) P-ii ; Q-i ; R-iv ; S-iii



$\huge \underline {\underline{\tt{Thanks}}}$