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IB Biology HL

Potassium Pore Transmembrane Channels Integral Proteins Hydrophilic Ions

Original Integral proteins with a hydrophilic
inner pore via which potassium ions may be transported. The channel is comprised of 
4 transmembrane subunits, while the inner pore contains
a selectivity filter at its narrowest region that restricts passage of alternative ions. Potassium channels are typically voltage-gated and depend on the 
transmembrane voltage 
Title Potassium Channels are 
Settings 1,1,0 | n,n,n,n
Text1
Integral proteins with a hydrophilic
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Text2
Integral proteins with a hydrophilic
inner pore via which potassium ions may be transported. The channel is comprised of 
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...
...
Text3
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inner pore via which potassium ions may be transported. The channel is comprised of 
4 transmembrane subunits, while the inner pore contains
...
...
Text4
...
...
4 transmembrane subunits, while the inner pore contains
a selectivity filter at its narrowest region that restricts passage of alternative ions. Potassium channels are typically voltage-gated and depend on the 
...
Text5
...
...
...
a selectivity filter at its narrowest region that restricts passage of alternative ions. Potassium channels are typically voltage-gated and depend on the 
transmembrane voltage 
Full
Integral proteins with a hydrophilic
inner pore via which potassium ions may be transported. The channel is comprised of 
4 transmembrane subunits, while the inner pore contains
a selectivity filter at its narrowest region that restricts passage of alternative ions. Potassium channels are typically voltage-gated and depend on the 
transmembrane voltage 

Tags: 1_4_membrane_transport

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