Match the type of blood cells in Column $I$ with their respective structure in Column $II$ and function in Column $III$ and select the correct option given below.
Column $I$
Column $II$ $\&$ $III$
$I$. Erythrocytes
$D$. Enucleated,biconcave circular in shape; $N$. Transport of gases $O_2$ and $CO_2$.
$II$. Neutrophils
$A$. Spherical large cells,nucleus with many lobes; $O$. Phagocytic in function.
$III$. Lymphocytes
$C$. Spherical nucleus,agranular cytoplasm; $M$. Humoral and cell-mediated immunity.
$IV$. Thrombocytes
$B$. Cellular fragments small,oval shaped; $L$. Clotting of blood.
| Column $I$ | Column $II$ $\&$ $III$ |
| $I$. Erythrocytes | $D$. Enucleated,biconcave circular in shape; $N$. Transport of gases $O_2$ and $CO_2$. |
| $II$. Neutrophils | $A$. Spherical large cells,nucleus with many lobes; $O$. Phagocytic in function. |
| $III$. Lymphocytes | $C$. Spherical nucleus,agranular cytoplasm; $M$. Humoral and cell-mediated immunity. |
| $IV$. Thrombocytes | $B$. Cellular fragments small,oval shaped; $L$. Clotting of blood. |
- A$I-D-L, II-C-N, III-A-O, IV-B-M$
- B$I-A-O, II-C-N, III-B-L, IV-D-M$
- C$I-D-N, II-A-O, III-C-M, IV-B-L$
- D$I-B-O, II-D-M, III-C-N, IV-A-L$
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Similar Questions
Match the columns:
Column-$I$ (Blood group) Column-$II$ (Antigen present) $A$. $A$ $p$. $B$ $B$. $B$ $q$. $A$ $C$. $AB$ $r$. $A$ and $B$ $D$. $O$ $s$. $A, B$ and $O$ $t$. $NIL$
| Column-$I$ (Blood group) | Column-$II$ (Antigen present) |
|---|---|
| $A$. $A$ | $p$. $B$ |
| $B$. $B$ | $q$. $A$ |
| $C$. $AB$ | $r$. $A$ and $B$ |
| $D$. $O$ | $s$. $A, B$ and $O$ |
| $t$. $NIL$ |
Easy
View SolutionSelect the correct statement/s regarding blood groups in human.
$i$. Some genetically determined blood group systems are $ABO$, $Rh$, $Duffy$, $Lewis$, $Bombay$ blood group etc.
$ii$. Three types of agglutinogens are present on surface of human $RBCs$ such as $A$, $B$ and $D$.
$iii$. Individuals with blood group "$AB$ $Rh$ $+ve$" have $A$, $B$ and $D$ antigens on the surface of their $RBCs$ and both antibodies 'a' and 'b' in their plasma.
$iv$. Haemolytic disease of Newborn occurs when mother with $Rh$ $-ve$ blood group conceives $Rh$ $-ve$ foetus.
$v$. Individuals with '$AB$' blood group are called universal donors while those with '$O$' blood group are called universal acceptors, with reference to blood transfusion.
$i$. Some genetically determined blood group systems are $ABO$, $Rh$, $Duffy$, $Lewis$, $Bombay$ blood group etc.
$ii$. Three types of agglutinogens are present on surface of human $RBCs$ such as $A$, $B$ and $D$.
$iii$. Individuals with blood group "$AB$ $Rh$ $+ve$" have $A$, $B$ and $D$ antigens on the surface of their $RBCs$ and both antibodies 'a' and 'b' in their plasma.
$iv$. Haemolytic disease of Newborn occurs when mother with $Rh$ $-ve$ blood group conceives $Rh$ $-ve$ foetus.
$v$. Individuals with '$AB$' blood group are called universal donors while those with '$O$' blood group are called universal acceptors, with reference to blood transfusion.
Which of the following plasma proteins is involved in blood coagulation?
Easy
View SolutionThe $WBC$ count of a person's blood sample is $8000/cu.mm$. How many eosinophils and lymphocytes would be in the same blood sample approximately?
DifficultNEET 2026
View SolutionAssertion $(A)$: Blood coagulates in uninjured blood vessels.
Reason $(R)$: Uninjured blood vessels release an anticoagulant heparin.
Reason $(R)$: Uninjured blood vessels release an anticoagulant heparin.
MediumAIIMS 2007
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