Compute the number of moles of camp that are produced

Reference no: EM13682381

Presume that the binding of one molecule of epinephrine to a seven-transmembrane helix (7TM) receptor (as well called the G protein-coupled receptor, or GPCR) results in the activation of 440 G? subunits. In addition, presume that each activated adenylyl cyclase catalyzes the conversion of 20 ATP molecules to cAMP per second. Presume that each G protein activates a single unique adenylyl cyclase. Compute the number of moles of cAMP that are produced per second.

Reference no: EM13682381

Questions Cloud

Measure what it intends to measure : Measure what it intends to measure

Environmental scanning is critical to acquire information : Environmental scanning is critical to acquire information on events occurring outside of the organization.

Depict the structures of all 5 mono-brominated : Explain three different initiation steps for reaction of bromine radicals with methycyclohexane. Depict the structures of all 5 mono-brominated substitution products possible for methylcyclohexane

Compute the number of moles of camp : In addition, presume that each activated adenylyl cyclase catalyzes the conversion of 20 ATP molecules to cAMP per second. Presume that each G protein activates a single unique adenylyl cyclase. Compute the number of moles of cAMP that are produce..

Compute the number of moles of camp that are produced : In addition, presume that each activated adenylyl cyclase catalyzes the conversion of 20 ATP molecules to cAMP per second. Presume that each G protein activates a single unique adenylyl cyclase. Compute the number of moles of cAMP that are produce..

What is the resistance of a 100w bulb : What is the resistance of a 100W bulb when it is operating in a circuit supply of 120V

System design : System Design

Freescale computers use big-endian vs. intel computers : Freescale computers use big-endian vs. Intel computers

Define what is the work done on the gas : 3 moles of a monatomic ideal gas take up a volume of 24 cm3 at a pressure of 9 atm. Explain the volume is changed to 100 cm3. (a) If this volume change is done via an isobaric process, define what is the work done on the gas

User Account

All Pages