chloride shift
The Cl- entering the RBC from the chloride shift does not combine with free H+ ions to form HCl because those H+ ions bind with hemoglobin instead. As such, hemoglobin acts as a buffer.
Type your answer here... Potassium is more affected by hemolysis as 98% of it inside the RBC, Sodium dose not affected by hemolysis if the measuring is ISE, Chloride will be affected because there is 45 - 54 mmol/L of it inside the RBC but the affection will be less than Potassium if you measure it by ISE
1. plasma proteins 2. rbc shape 3. rbc size 4. rbc count
It will depend on the nature of the solute. If you are talking about NaCl, for example, 0.075 is hypotonic and will tend to rupture the RBC. 0.3 M NaCl will be hypertonic and will tend to make the RBC shrink.
the k, I dont know. The RBC, here in Jersey City, is the mayor RB Conlin. Also rbc is rap slang for real big c**k,
1.small rbc 2.twister rbc 3.bite rbc 4.acanthocyte rbc 5.donat rbc 6.mikey mouse rbc
It might be due to Hamburger's effect( chloride shift). In venous blood, RBC will take up CO2 and CO2 react with water to form carbonic acid ( H2CO3). This acid will then dissociate to form hydrogen ion ( H+) and bicarbonate ion (HCO3-). HCO3- will flow out from RBC and each efflux of HCO3- will be accompanied by influx of Cl-. In some circumstances, some HCO3- and Cl- remain in RBC or maybe the rat eof exchange of HCO3- and Cl- is not the same, and this create water flow into RBC, thus volume of RBC will increase (RBC swells) and hence it's hematocrit value too.
The Cl- entering the RBC from the chloride shift does not combine with free H+ ions to form HCl because those H+ ions bind with hemoglobin instead. As such, hemoglobin acts as a buffer.
Type your answer here... Potassium is more affected by hemolysis as 98% of it inside the RBC, Sodium dose not affected by hemolysis if the measuring is ISE, Chloride will be affected because there is 45 - 54 mmol/L of it inside the RBC but the affection will be less than Potassium if you measure it by ISE
if we consider the formation of RBCs Erythropoietin, produced by the kidneys, signals RBC formation in the red bone marrow is required. but if we consider the activation of rbc so haemoglobin is essential, in which haemoglobin consiats of single molecule so we can also say for the activation of rbc that:- IRON------>HAEMOGLOBIN------>RBC and RBC are produced as BY KIDNEY------->ERTHROPROTEIN------>RBC
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