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Category: Biochemistry

link to Gluconeogenesis: Enzymes Involved, Steps, and Functions

Gluconeogenesis: Enzymes Involved, Steps, and Functions

During fasting, vigorous exercise, and hypoglycemic conditions, the body requires high glucose. Gluconeogenesis converts non-carbohydrate molecules like glycerol, pyruvate, lactate, glucogenic amino...

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link to Glycogenolysis: Enzymes Involved, Steps, and Regulation

Glycogenolysis: Enzymes Involved, Steps, and Regulation

Glycogen, an energy reservoir in animals, is a highly branched molecule or polysaccharide. It is present in the liver and skeletal muscles. When there is lack of glucose in blood, glycogen serves as...

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link to Glycogenesis: Enzymes Required, Mechanism, and Regulation

Glycogenesis: Enzymes Required, Mechanism, and Regulation

Glycogens are animals' energy reserves and are highly branched glucose polymers. They are similar to starch, which is present as an energy reservoir in plant cells. The liver contains a high...

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link to Enzymes: Structure, Functions, and Classification

Enzymes: Structure, Functions, and Classification

Enzymes are biological catalysts with extraordinary catalytic power. They are central to every biochemical process.   We know living systems derive energy from the surroundings through...

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link to DNA Polymerase: Structure, Types, and Functions

DNA Polymerase: Structure, Types, and Functions

An enzyme, DNA polymerase, catalyzes the synthesis of new DNA molecules from deoxyribonucleotides (the building blocks of DNA). It is crucial in living organisms' DNA replication, repair, and...

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link to Immunofluorescence Assay: Principle, Steps, Types, and Uses

Immunofluorescence Assay: Principle, Steps, Types, and Uses

Different diagnostic tests require other immunological processes to detect antibodies and antigens. Immunofluorescence assay is one of the most commonly used immunological...

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