Cedrick Forum Fanatic

Topics: 320 Posts: 1,928
| | 06/26/06 - 08:06 PM  
 
   
 
|   #3 |
hey where you been mice to see you ! oh yeah the question 3.
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| Cedrick Forum Fanatic

Topics: 320 Posts: 1,928
| | 06/26/06 - 08:07 PM  
 
   
 
|   #4 |
sorry NICE to see you respiratory physiology
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| drpkaur Forum Guru

Topics: 195 Posts: 808
| | 06/26/06 - 09:10 PM  
 
   
 
|   #5 |
hi guys ,this means you people haven't gone properly through kaplan dvd's...
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| mildus Forum Guru
Topics: 19 Posts: 614
| | 06/27/06 - 01:40 AM  
 
   
 
|   #6 |
In pulmonary cappilaries, HCO3- goes into RBC in order to combine with H+ and thanks to carboanhidrase converts to CO2 which is then exhaled. In order electrical equilibrium not to be disturbed, chloride ions leave RBC. The opposite occurs in tissues. So, the answer would be B not C. C is in tissues.
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| star1 Forum Guru

Topics: 93 Posts: 826
| | 06/27/06 - 02:55 AM  
 
   
 
|   #7 |
Ohh yeah u are right.... I did not read the Q properly thanks for correcting...
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| drpkaur Forum Guru

Topics: 195 Posts: 808
| | 06/27/06 - 09:13 AM  
 
   
 
|   #8 |
Yes C occurs in systemic capillaries (Cl ions move into RBC'S in order to equilibriate with HCO3- ions ) and the reverse occurs in pulmonary capillary....so B is correct...
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