Biomolecules

The topic discusses the classification, types and structure of biomolecules. We will study in detail the functions of carbohydrates, lipids, proteins and nucleic acids. A brief note on the characteristics of biomolecules is given here.

This topic sheds light on cellular pool which consists of different types of biomolecules. It briefs on two phases of cellular pool. We will also study the composition of water, organic and inorganic material in the body in their aqueous phase.

This topic sheds light on the chemical analysis of organic compounds through various methods. It briefs on acid-soluble fraction and acid-insoluble fraction. It also discusses the compounds which are found in the acid-insoluble fraction.

In this topic, we will concentrate on the concept and chemical formula of carbohydrates. It moreover discusses their types and the important functioning with the help of diagrams and examples illustrated here.

In this topic, we will study the structure and properties of lipids. It briefs on the classification and types of lipids. We will also study the importance of lipids in our body and explains how they are metabolized.

This topic describes proteins. It explains the concepts of different kind of proteins like collagen, trypsin, insulin, etc. and their functions.

This topic describes nucleotides and nucleic acids. We will study the structure of RNA and DNA with the aid of diagrams. The functioning of nucleic acid is discussed here. We will also study the difference between DNA and RNA.

This topic describes enzymes. It describes the ideas about some chemical reactions which occurs during formation of enzymes, their nature and all factors which are affecting enzyme activities.

In this topic, we will learn about the general properties of enzymes, their active sites, and functioning. It also discusses the transient formula and the process of activation of energy with the aid of graphical representation.

This topic discusses the factors affecting enzyme activity, such as temperature, substrate concentration, enzyme concentration, etc. It briefs on cofactors and its types. We will also study the functions of cofactors.

This topic emphasizes on inhibition of enzyme action. We will study the types of inhibitors and the method of inhibition of enzymes. It briefs on competitive inhibitors along with examples. We will also study the importance of enzyme inhibitors.

This topic describes primary and secondary metabolites. It describes the concepts about primary metabolite. We will also learn about some secondary metabolites, such as alkaloids, essential oils, drugs, etc.

This topic describes the dynamic state of the body constituent as the flow of metabolites through a metabolic pathway. The traits of the living state and the metabolic reaction are illustrated here. It also explains the formation of ATP molecules.