Insulin, a hydrophilic compound, binds to a cells extracellular surface, causing

Question

Insulin, a hydrophilic compound, binds to a cells extracellular surface, causing activation of a second messenger system on the cell's interior site on the ligand-regulated products leaky sodiurm surface glycoprotein A substrate binds to a receptor site forming the complex and releases products following catalysis of the chemical reaction channel allows a constant flow of sodium through the plasma membrane down its own electrochemical gradient cytosol channel allows for discriminatory permeability of intracellular solutes only at designated timers Circulating plasma antibodies recognize a and thus do not initiate an immune response as "self extracellular Integrins bind materials or cells in thematrix and use them to move through space receptor Prey 22 of 29 Score answer >

Explanation / Answer

ANSWERS:-

- Insulin a hydrophilic compound binds to a Receptor site on the cells extracellular surface causing activation of a second messenger system on the cells interior

- A substrate binds to a receptor site forming the Enzyme substrate complex and releases products following catalysis of the chemical reaction.

- A leaky sodium channel allows a constant flow of sodium through the plasma membrane down it's electrochemical gradient

- A Ligand regulated channel allows for discriminatory permeability of solutes only at designated times.

- .Circulating plasma antibodies recognize a surface glycoprotein as "self" and thus do not initiate an immune response.

- Integrins bind materials or cells in the extracellular matrix, then use them to move the space.

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