Adult human RBCs are enucleate. Which of the | vedclass

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(D) The correct answer is $(d)$.Adult human red blood cells $(RBCs)$ are enucleated,meaning they lack a nucleus and other cell organelles like mitocho

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(D) The correct answer is $(d)$.Adult human red blood cells $(RBCs)$ are enucleated,meaning they lack a nucleus and other cell organelles like mitochondria,ribosomes,and Golgi bodies.The primary advantage of this structural adaptation is that it maximizes the internal space within the cell.By removing the nucleus and organelles,the cell can accommodate a significantly larger amount of haemoglobin,which is the oxygen-carrying pigment.This allows for more efficient transport of oxygen throughout the body.

Column-$I$ (Cell)	Column-$II$ (Number of Nuclei)
$P$. Sieve tube element	$I$. Binucleate
$Q$. Paramecium	$II$. Uninucleate
$R$. Typical cell	$III$. Enucleated
$S$. Skeletal muscle cell	$IV$. Multinucleate

Adult human $RBCs$ are enucleate. Which of the following statement$(s)$ is/are most appropriate explanation for this feature?
$(1)$ They do not need to reproduce.
$(2)$ They are somatic cells.
$(3)$ They do not metabolise.
$(4)$ All their internal space is available for oxygen transport.

Similar Questions

Match the following columns:
Column-$I$ (Cell) Column-$II$ (Number of Nuclei)
$P$. Sieve tube element $I$. Binucleate
$Q$. Paramecium $II$. Uninucleate
$R$. Typical cell $III$. Enucleated
$S$. Skeletal muscle cell $IV$. Multinucleate

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Adult human $RBCs$ are enucleate. Which of the following statement$(s)$ is/are most appropriate explanation for this feature?$(1)$ They do not need to reproduce.$(2)$ They are somatic cells.$(3)$ They do not metabolise.$(4)$ All their internal space is available for oxygen transport.