Proteins can be classified on many different bases as:
on the basis of chemical nature and solubility: It is based on the amino acid composition and is divided into three major classes as
SIMPLE PROTEIN: these are made up of amino acids residue only
1 Globular protein: these are spherical and oval in shape, soluble in water and other solvents and digestable
a) albumin e.g. egg
b) globulin: soluble in neutral dilute salt solution e.g. serum globulin
c) proalamines: soluble in 70% alcohol e.g. gliadin and zein maize
d) histones: basic protein soluble in water and dilute acids
On the basis of functions of protien:
1 Structural protein: e.g. keratin
2 Enzyme and catalytic protein: e.g. pepsin
3 Transport protein: Hb, serum albuin
4 Hormonal protein: e.g. hormones as insulin, adrenalin
5 Contractile protein: e.g. actin and myosin
6 Storage protein: e.g. oval albumin, glutamin
7 Genetic protein: e.g. nucleic acid ( DNA & RNA)
8 Defence protein: e.g. Ig, snake venom
9 Receptor protein: hormones and viruses
Read more: Different_types_of_proteins
protein
Two types of protein-energy malnutrition have been described--kwashiorkor and marasmus.
protein and DNA
No, they are two distinct types of macromolecules.
No, they are two distinct types of macromolecules.
Protein provide structure, and release hormones and enzymes.
RNA or Protein
structural proteins and enzymes.
The two protein classes based on structure and function in the body are enzymes and mechanical proteins. The enzymes will speed up reactions in the body while the mechanical proteins are to help in repairing the muscles in the body.
-Protein -Carbohydrate -Vitamin -Iron -Calcium -Fat
Ribosomes in the cells of a human body are responsible for making proteins. Ribosomes are small organelles that translate the genetic information encoded in DNA into proteins. They are found in all types of cells and are crucial for protein synthesis.
cytoplasm and endoplasmic reticulum