The side of the plasma membrane facing the cytoplasm us called the _______________  _________ whereas the side of the plasma membrane facing the interstitial region is called the _____________________   _________________.

An example of ________________ is the glucose transporter (GLUT) found in erythrocytes (referred to as GLUT1 to separate from other mammalian glucose transporters.)  This allows glucose to enter the cell via facilitated diffusion and it does so at approximately 50,000 times the rate that it would via simple diffusion.

Which of the following is not a membrane channel protein?

The side of the plasma membrane facing the cytoplasm us called the _______________  _________ whereas the side of the plasma membrane facing the interstitial region is called the _____________________   _________________.

The following is an explanation of the sequence for  __________________________-. 1) Hormone or neurotransmitter binds to receptor.2) Receptor activates G protein. 3) G protein activates (or inhibits) adenylate cyclase.4) Adenylate cyclase catalyzes production of cAMP from ATP.5) cAMP activates a protein kinase.6) The kinase activates or inactivates enzymes.7) The appropriate cellular occurs in response to the hormone or neurotransmitter.  

In what year was Shakespeare born?

An example of ________________ is the glucose transporter (GLUT) found in erythrocytes (referred to as GLUT1 to separate from other mammalian glucose transporters.)  This allows glucose to enter the cell via facilitated diffusion and it does so at approximately 50,000 times the rate that it would via simple diffusion.

  Study the diagram.  At what point will dynamic equilibrium be achieved in the beaker?

__________________________ molecules embedded in the plasma membrane help to promote the stiffness of the membrane and assist in providing structure to the shape of the cell.

The following is an explanation of the sequence for  __________________________-. 1) Hormone or neurotransmitter binds to receptor.2) Receptor activates G protein. 3) G protein activates (or inhibits) adenylate cyclase.4) Adenylate cyclase catalyzes production of cAMP from ATP.5) cAMP activates a protein kinase.6) The kinase activates or inactivates enzymes.7) The appropriate cellular occurs in response to the hormone or neurotransmitter.