ATP Adenosine triphosphate (one adenosine with 3 phosphate)
active – using energy
passive – not using energy
1.why did the ATP change shape?
it changes chap because it becomes something else
2.What would happen if the sodium potassium pump doesn’t work?
if we get too much sodium and too less potassium we would die
3.Is it possible for the sodium and potassium bind in the same time?
no, not both on the pump because the pump only has the right shape when sodium is on the potassium can go next
4.What is the ATP?
Energy
5.Sodium and potassium pump only works to sodium and potassium
6.Why does the phosphate stick on the sodium potassium pump?
Because it carries energy to the sodium potassium pump
7.How long does it take the sodium potassium pump to pump?
very fast and continuously.
8.How many pumps can you have it one cell?
Depends on the cell
9.How many sodium came out from the pump?
only 3
function of sodium potassium pump
-extra sodium out
-potassium in
-balancing the charge
vesicles – type of organelle
two types of endocytosis
receptor mediated endocytosis – when glycoprotein helps endocytosis
and endocytosis – doesn’t use receptor
solid : phagocytosis (Endocytosis that is bringing in solid)
liquid : pinocytosis (Endocytosis that is brining in liquid)
exocytosis —> endocytosis is the other way around
-start off with a vesicle (vesicle came from Golgi complex and before it was with Golgi complex its in ribosome)
-moves to the cell membrane
-joins cell membrane
-moves out
Sodium potassium pump active
Carrier protein active
Endo and exocytosis active
Osmosis passive
Oxygen and carbon dioxide passive
Ion channel passive
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