Structural gene is monocistronic - PStructura | vedclass

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(A) In eukaryotes,structural genes are typically monocistronic,meaning one gene encodes one polypeptide chain. $Macaca$ (macaque monkey) and $Macropus

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$Macaca \quad\quad Bacillus$

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(A) In eukaryotes,structural genes are typically monocistronic,meaning one gene encodes one polypeptide chain. $Macaca$ (macaque monkey) and $Macropus$ (kangaroo) are eukaryotes.In prokaryotes,structural genes are typically polycistronic,meaning one gene encodes multiple polypeptide chains. $Bacillus$ is a prokaryotic bacterium.$Saccharomyces$ (yeast) is a unicellular eukaryote,and thus its structural genes are also monocistronic.Therefore,$P$ (monocistronic) can be $Saccharomyces$ or $Macaca$,and $Q$ (polycistronic) must be a prokaryote like $Bacillus$.Matching the options,option $A$ represents $P$ as $Macaca$ (eukaryote) and $Q$ as $Bacillus$ (prokaryote),which is correct.

Structural gene is monocistronic $- P$
Structural gene is polycistronic $- Q$
Select the correct option for $P$ and $Q$.
$\quad\quad\quad P \quad\quad Q$

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Structural gene is monocistronic $- P$Structural gene is polycistronic $- Q$Select the correct option for $P$ and $Q$.$\quad\quad\quad P \quad\quad Q$