# data[].attributes.body
Cells detect signals with Cell Receptors on their plasma membrane, which are usually Glycoproteins or Glycolipids.

# data[].attributes.body
Cells detect signals with Cell Receptors on their plasma membrane, which are usually Glycoproteins or Glycolipids.

# data[].attributes.body
The signal binds to the specific receptor at the target cell surface membrane, the receptor changes in shape and activates the G-protein. G-protein acts as a switch and activates the specific enzyme to synthesise second messengers. Second messengers will activate many enzymes to cause signal amplification. A final enzyme is produced as a result of signalling cascade, leads to response.

# data[].attributes.body
Hormone signal bind with receptor
Receptor wake G protein
G protein slaves itself n wake another enzyme
Enzyme make signal molecule
Cascading effect
Wowu
Such science
Such doge

# data[].attributes.body
The signal molecule bonds to a specific receptor protein in the cell membrane. The receptor protein has complementary shape to the signal molecule.The receptor protein sends the signal to activate the G protein. The g protein activates enzymes that s out secondary messengers to amplify the signal and activate enzymes. The enzymes activate more enzymes to carry out a response

# data[].attributes.body
Signals arrive at protein receptors. Signal brings change in shape of receptor. Signal transduction occured. G protri

# data[].attributes.body
❄ Membrane receptor with specific shape binds with the messenger
❄ G-protein is activated

# data[].attributes.body
Glycoprotein acts as receptor binding site. When receptor binds to the glycoprotein, glycoprotein undergoes conformation change, G protein passes the signals to secondary messenger and the signals is amplified and causes more cells are activated. Signalling cascade occurs

# data[].attributes.body
Signal binds to a receptor on a protein molecule, activating the G protein. The second messenger will be activated and a signalling cascade occurs.

# data[].attributes.body
Cells detect signals with Cell Receptors on their plasma membrane, which are usually Glycoproteins or Glycolipids.

# data[].attributes.body
1. Stimulus or signal recieved by specific cell surface receptor. (Receptor-ligand binding)
2. Signal is converted to a message by secondary messengers (transduction)
3. Message transmitted to appropriate effector by G-Protein.
4. Effector makes appropriate response.

# data[].attributes.body
1. Hydrophillic hormones bind to specific receptor proteins on target cell.
2. The receptor protein changes shape and activates the G protein.
3. The G protein activates an enzyme to many produce second messengers.
4. The second messenger molecules activate enzymes which then activate further enzymes. This leads to the amplification of the original signal.
5. A final enzyme produced brings about the required change in cell metabolism.

# data[].attributes.body
G-protein activates a specific enzyme to synthesise the second messengers and relays the message by diffusing through the cell.

# data[].attributes.body
Such signal
Glycoprotein
Such science
Hormones X Receptors
G protein
11/10

# data[].attributes.headline
A signal arrives at the target cell and binds to the specific receptors on the surface membrane. It changes the shape of the receptor and activates G-Protein. Activated G-protein will later activate an enzyme to produce many second messengers and activates many enzymes. Activated of enzymes cause signal to be amplified. A final enzyme is produced to carry out the response.

# data[].attributes.subject
A signal arrives at the target cell and binds to the specific receptors on the surface membrane. It changes the shape of the receptor and activates G-Protein. Activated G-protein will later activate an enzyme to produce many second messengers and activates many enzymes. Activated of enzymes cause signal to be amplified. A final enzyme is produced to carry out the response.

# data[].attributes.body
G protein

# data[].attributes.headline
Signal binds to receptor, activating the protein which then activates the G protein. This will activate the 2nd messenger which leads to a signalling cascade.

# data[].attributes.subject
Signal binds to receptor, activating the protein which then activates the G protein. This will activate the 2nd messenger which leads to a signalling cascade.

# data[].attributes.body
A signal arrives from a cell and is received by a receptor on the another cell on it’s cell surface membrane. This involves transport of hormones and glycoproteins. The signal will be received only if the receptor is complementary to the signal. After the signal is received a response or triggers of a chemical reactions. This activates G protein and so more enzymes will be activated to carry a chemical process.

# data[].attributes.body
A Signal Arrives at the Target cell, ie, A Hormone. The Target Cell has Receptors on it, To which the Signalling Molecule binds to and This Alters the Shape or Activity of the Receptor which Triggers a Change inside the Cell. The Message from the Signalling Molecule is then Relayed again By a Chain of Chemical Messengers inside the Cell. Also, The Activation of G Protein leads to synthesis of Second Messengers, That Amplifies the Message to Other Cells Nearby.