What is the relationship between steroid hormones and cell membranes?Multiple choice question.Steroid hormones can diffuse easily through the cell membrane.Steroid hormones are transported in the cell by hormone channel proteins because they are too large to easily diffuse through the membrane.Steroid hormones bind to the outside of cell membrane because they can't diffuse through the membrane.

Which of the following is true about steroid hormones?Multiple ChoiceSteroid hormones can diffuse through the lipid bilayer.Receptors for steroid hormones are found on the cell membrane.Steroid hormones use a second messenger mechanism to cause an effect in the cell.Steroid hormones can travel freely in the blood.

Lipid- soluble hormones ______________ pass through the cell membrane.

Select all that applyBecause they are weakly bound to plasma proteins, steroid hormones can circulate in the blood for long periods of time. Which of the following mechanisms contribute to this?Multiple select question.When bound to plasma proteins, steroid hormones are protected from enzymatic degradation.When bound to plasma proteins, steroid hormones are more easily transported inside of cells.After binding with plasma proteins, steroid hormones undergo slight modifications that stabilize them.When bound to plasma proteins, steroid hormones are less likely to be excreted by the kidneys

Hormones can be classified based on the chemical composition. Answer the following questions comparing steroid hormones and nonsteroid hormones.Hormone enters the cell directly.multiple choice 1Steroid hormoneNonsteroid hormoneBoth Receptor is inside the cell.multiple choice 2Steroid hormoneNonsteroid hormoneBoth Stimulates transcription of DNA.multiple choice 3Steroid hormoneNonsteroid hormoneBoth Receptor is on the cell membrane.multiple choice 4Steroid hormoneNonsteroid hormoneBoth Results in metabolic changes in the cellmultiple choice 5Steroid hormoneNonsteroid hormoneBoth

13. Steroid hormones such as estrogen act on target cells bya. initiating ion channel activity.b. binding to membrane proteins.c. initiating DNA transcription.d. activating enzymes.e. binding to membrane lipids.