Question

Integral lipoproteins which contain a pore via whichions may cross from one side of the membrane to the other. Channel proteins are ion-selective and may be gated to regulate the passage of ions in response to certain stimuli. Channel proteins only move moleculesalong a concentration gradient (i.e. are not used in active transport). Channel proteins have a much fasterrate of transport than carrier proteins 1,1,0 | n,n,n,n Integral lipoproteins which contain a pore via whichions may cross from one side of the membrane to the other. Channel proteins are ion-selective and may be ......... ......gated to regulate the passage of ions in response to certain stimuli. Channel proteins only move moleculesalong a concentration gradient (i.e. are not used in active transport). Channel proteins have a much faster... Integral lipoproteins which contain a pore via whichions may cross from one side of the membrane to the other. Channel proteins are ion-selective and may be gated to regulate the passage of ions in response to certain stimuli. Channel proteins only move moleculesalong a concentration gradient (i.e. are not used in active transport). Channel proteins have a much fasterrate of transport than carrier proteins

Accepted Answer

Channel proteins are  Integral lipoproteins which contain a pore via which............ ...ions may cross from one side of the membrane to the other. Channel proteins are ion-selective and may be gated to regulate the passage of ions in response to certain stimuli. Channel proteins only move molecules...... .........along a concentration gradient (i.e. are not used in active transport). Channel proteins have a much fasterrate of transport than carrier proteins

Original	Integral lipoproteins which contain a pore via which ions may cross from one side of the membrane to the other. Channel proteins are ion-selective and may be gated to regulate the passage of ions in response to certain stimuli. Channel proteins only move molecules along a concentration gradient (i.e. are not used in active transport). Channel proteins have a much faster rate of transport than carrier proteins
Title	Channel proteins are
Settings	1,1,0 \| n,n,n,n
Text1	Integral lipoproteins which contain a pore via which ... ... ... ...
Text2	Integral lipoproteins which contain a pore via which ions may cross from one side of the membrane to the other. Channel proteins are ion-selective and may be ... ... ...
Text3	... ions may cross from one side of the membrane to the other. Channel proteins are ion-selective and may be gated to regulate the passage of ions in response to certain stimuli. Channel proteins only move molecules ... ...
Text4	... ... gated to regulate the passage of ions in response to certain stimuli. Channel proteins only move molecules along a concentration gradient (i.e. are not used in active transport). Channel proteins have a much faster ...
Text5	... ... ... along a concentration gradient (i.e. are not used in active transport). Channel proteins have a much faster rate of transport than carrier proteins
Full	Integral lipoproteins which contain a pore via which ions may cross from one side of the membrane to the other. Channel proteins are ion-selective and may be gated to regulate the passage of ions in response to certain stimuli. Channel proteins only move molecules along a concentration gradient (i.e. are not used in active transport). Channel proteins have a much faster rate of transport than carrier proteins

Proteins Channel Ions Integral Lipoproteins Pore Cross Side