Lipid Soluble hormones

Describe the synthesis and transport of a steroid hormone

• synthesized from precursor protein and transported via carrier protein

• synthesized from cholesterol and dissolves in blood

• synthesized from precursor protein and dissolved in blood

• synthesized from cholesterol and transported via carrier protein

Describe the synthesis and transport for a thyroid hormone

• synthesized from cholesterol and transported via carrier protein

• synthesized from a precursor protein and transported via carrier protein

• synthesized from cholesterol and dissolved in blood

Select all statements that are true about lipid soluble hormones

• stored in vesicles until released

• half life is hours to days

• synthesis is release

• half life is seconds to minutes

• rate of synthesis is the rate of release

Select the answer with the correct effect of lipid soluble hormones

• bind to receptor on target cell to activate second messenger system

• diffuse into and bind receptor inside target cell to change activity of pre-existing proteins

• diffuse into and bid receptor inside target cell to activate genes for protein synthesis

• bind to receptor on target cell to activate second messenger system and activate genes for protein synthesis

Select the true statements about storage and release of water soluble hormones

• stored in vesicles and released in response to external signal

• calcium dependent

• stored in golgi body and released when needed

True or False: Water soluble hormones are transported by dissolving into blood and their half life is seconds to minutes

• True

• False

Which statement is the most accurate in describing the synthesis of peptide hormones?

• DNA to RNA to rER to Vesicle

• Synthesized in cytoplasm and transported to vesicles

• synthesized in rER and transported to vesicles

• DNA to RNA to rER to Golgi to Vesicle

Small molecule hormones are synthesized in the cytoplasm and are transported to vesicles

• True

• False

Pick the most accurate statement regarding the effect of water soluble hormones

• bind to receptor on target cell, activate second messenger system and turn on protein synthesis

• bind to receptor on target cell, activate second messenger system and change activity of pre-existing protein

• diffuse into target cell, activate second messenger system and turn on protein synthesis

• diffuse into target cell and turn on protein synthesis