Oxidase

/ˈɑksɪdeɪz/
noun

An enzyme that catalyzes the oxidation of a specific substrate, typically by transferring electrons to oxygen.

Catalase is a type of oxidase that helps break down hydrogen peroxide in cells.
Visual representation of "oxidase" - An enzyme that catalyzes the oxidation of a specific substrate, typically by transferring electrons to oxygen.

Usage tips

Formal

enzyme activity, metabolic reaction, electron transfer

noun

A specific type of enzyme involved in oxidation-reduction reactions, typically facilitating the transfer of electrons from a substrate to molecular oxygen.

The oxidase in the cell membrane helps in the respiration process of the cell.
Visual representation of "oxidase" - A specific type of enzyme involved in oxidation-reduction reactions, typically facilitating the transfer of electrons from a substrate to molecular oxygen.

Usage tips

Neutral

catalytic activity, electron donor, molecular oxygen

noun

An enzyme that catalyzes the oxidation of a specific substrate, typically by transferring electrons to oxygen.

Catalase is a type of oxidase that helps break down hydrogen peroxide in cells.
Visual representation of "oxidase" - An enzyme that catalyzes the oxidation of a specific substrate, typically by transferring electrons to oxygen.

Usage tips

Formal

enzyme activity, metabolic reaction, electron transfer

noun

A specific type of enzyme involved in oxidation-reduction reactions, typically facilitating the transfer of electrons from a substrate to molecular oxygen.

The oxidase in the cell membrane helps in the respiration process of the cell.
Visual representation of "oxidase" - A specific type of enzyme involved in oxidation-reduction reactions, typically facilitating the transfer of electrons from a substrate to molecular oxygen.

Usage tips

Neutral

catalytic activity, electron donor, molecular oxygen

Definition 1 of 2
Visual representation of "oxidase"
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Biochemical importance

Oxidases are crucial for cellular metabolism

Example: Many biological processes depend on oxidase enzymes.
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Research applications

Studies on oxidase can reveal insights into disease mechanisms

Example: Understanding oxidase activity can help in drug development.
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Energy production

Oxidases play a key role in generating energy in cells

Example: Mitochondrial oxidases are vital for ATP synthesis.
LampPro Tip 1/3

Biochemical importance

Oxidases are crucial for cellular metabolism

Example: Many biological processes depend on oxidase enzymes.
LampPro Tip 2/3

Research applications

Studies on oxidase can reveal insights into disease mechanisms

Example: Understanding oxidase activity can help in drug development.
LampPro Tip 3/3

Energy production

Oxidases play a key role in generating energy in cells

Example: Mitochondrial oxidases are vital for ATP synthesis.
LampPro Tip 1/3

Biochemical importance

Oxidases are crucial for cellular metabolism

Example: Many biological processes depend on oxidase enzymes.
LampPro Tip 2/3

Research applications

Studies on oxidase can reveal insights into disease mechanisms

Example: Understanding oxidase activity can help in drug development.
LampPro Tip 3/3

Energy production

Oxidases play a key role in generating energy in cells

Example: Mitochondrial oxidases are vital for ATP synthesis.
Visual representation of the word "Oxidase"

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