When whole blood is stored with an anticoagulant at $4^\circ C$, the ${K^ + }$ ions move out from the $RBC$ into the plasma. The most likely reasons for this is that
When whole blood is stored with an anticoagulant at $4^\circ C$, the ${K^ + }$ ions move out from the $RBC$ into the plasma. The most likely reasons for this is that
- [AIIMS 1982]
- A
$RBC$ haemolyses and hence leakage of ${K^ + }$ ions
- B
${K^ + }$ ions become more mobile at $4°C$
- C
Active transport ceases resulting in ionic equilibrium
- D
The anticoagulant attracts the ${K^ + }$ ions into the plasma
Similar Questions
Select incorrect one (w.r.t. reciprocal cross)
Select incorrect one (w.r.t. reciprocal cross)
Mule is an offspring of
Mule is an offspring of
The$ I.Q.$ of a genius ranges from
The$ I.Q.$ of a genius ranges from
Mendel's law were first published in the year
Mendel's law were first published in the year
The evidence that crossing over occurs at four stranded stage and not at two stranded stage of the chromosomes, comes from
The evidence that crossing over occurs at four stranded stage and not at two stranded stage of the chromosomes, comes from