325257 The following metal ion activates many enzymes, participates in the oxidation of glucose to produce ATP and with \(\mathrm{Na}\), is responsible for the transmission of nerve signals.

325258 The function of enzymes in the living system is to

325259 How do enzyme catalyse the reaction?

325260 Assertion :
Competitive inhibitors compete with natural substrate for their attachment on the active sites of enzymes.
Reason :
In competitive inhibition, inhibitor binds to the allosteric site of the enzyme.

325261 Assertion :
Non-competitive inhibitor inhibits the catalytic activity of enzyme by binding with its active site.
Reason :
Non-competitive inhibitor changes the shape of the active site in such a way that substrate can't recognise it.

325257 The following metal ion activates many enzymes, participates in the oxidation of glucose to produce ATP and with \(\mathrm{Na}\), is responsible for the transmission of nerve signals.

325258 The function of enzymes in the living system is to

325259 How do enzyme catalyse the reaction?

325260 Assertion :
Competitive inhibitors compete with natural substrate for their attachment on the active sites of enzymes.
Reason :
In competitive inhibition, inhibitor binds to the allosteric site of the enzyme.

325261 Assertion :
Non-competitive inhibitor inhibits the catalytic activity of enzyme by binding with its active site.
Reason :
Non-competitive inhibitor changes the shape of the active site in such a way that substrate can't recognise it.

325257 The following metal ion activates many enzymes, participates in the oxidation of glucose to produce ATP and with \(\mathrm{Na}\), is responsible for the transmission of nerve signals.

325258 The function of enzymes in the living system is to

325259 How do enzyme catalyse the reaction?

325260 Assertion :
Competitive inhibitors compete with natural substrate for their attachment on the active sites of enzymes.
Reason :
In competitive inhibition, inhibitor binds to the allosteric site of the enzyme.

325261 Assertion :
Non-competitive inhibitor inhibits the catalytic activity of enzyme by binding with its active site.
Reason :
Non-competitive inhibitor changes the shape of the active site in such a way that substrate can't recognise it.

325257 The following metal ion activates many enzymes, participates in the oxidation of glucose to produce ATP and with \(\mathrm{Na}\), is responsible for the transmission of nerve signals.

325258 The function of enzymes in the living system is to

325259 How do enzyme catalyse the reaction?

325260 Assertion :
Competitive inhibitors compete with natural substrate for their attachment on the active sites of enzymes.
Reason :
In competitive inhibition, inhibitor binds to the allosteric site of the enzyme.

325261 Assertion :
Non-competitive inhibitor inhibits the catalytic activity of enzyme by binding with its active site.
Reason :
Non-competitive inhibitor changes the shape of the active site in such a way that substrate can't recognise it.

325257 The following metal ion activates many enzymes, participates in the oxidation of glucose to produce ATP and with \(\mathrm{Na}\), is responsible for the transmission of nerve signals.

325258 The function of enzymes in the living system is to

325259 How do enzyme catalyse the reaction?

325260 Assertion :
Competitive inhibitors compete with natural substrate for their attachment on the active sites of enzymes.
Reason :
In competitive inhibition, inhibitor binds to the allosteric site of the enzyme.

325261 Assertion :
Non-competitive inhibitor inhibits the catalytic activity of enzyme by binding with its active site.
Reason :
Non-competitive inhibitor changes the shape of the active site in such a way that substrate can't recognise it.