Down regulation of receptor production

Sequestering receptors intracellularly

Altering the resting membrane potential of the cell

Binding of chemicals to alter receptor structure

Inhibition of vesicle fusion

The cholinergic AP

The EPP

The APP

The IPSP

The EPSP

Muscarine receptors

GPCR

Nicotine adrenergic receptors

MUscarinic cholinergic receptors

Nicotine cholinergic receptors

The brain

The ganglion

The CNS

The ANS

The spinal cord

D

A

C

E

B

Causing the release of Ca⁺⁺

Dissociating into three parts

Dissociating into two parts

Binding to GTP

Causes the depolarization of the target cell

Because it is bound to GDP

Because it is bound to PLC-beta 1

Because it is bound to GTP

Because it is bound to Ca⁺⁺

Because it is bound to cyclic AMP

Is an integral transmembrane protein with 7 trans-membrane segments

Is a membrane-associated protein with 7 trans-membrane segments

Is an ionotropic receptor protein

Is also used in cell-to-cell recognition processes

Is part of the MHC that is used to prevent auto-immune destruction

Called microfilaments, intermediate filaments and microtubules, that systematically degrade waste products for secretion

Called rough, smooth and intermediate networks, that systematically modify products and prepare them for secretion

Called microfilaments, intermediate filaments and microtubules, that systematically transport substances down the length of the cell

Called cis, medial and trans networks, that systematically produce ATP for cell energy.

Called cis, medial and trans networks, that systematically modify products and prepare them for secretion

it is semi-permeable

it contains polar groups that can be hydrophobic

it contains a phospholipid bilayer

it contains proteins that act as pumps to move substances up their concentration gradient

it contains proteins that act as channels for specific ions