Question

Difference between hormone and enzyme in tabular form

Answer 1

We found a similar question to the one that you posted. Please check it out here.
BASIS FOR COMAPRISION ENZYMES HORMONES

Nature	All enzymes are protein (exception is ribozyme)	Hormones are derivative of protein, amino acids, and steroids.
Molecular weight	Higher molecular weight.	Lower molecular weight.
Role	Enzymes are the catalyst, which enhances the biochemical reactions.	Hormones are the chemical messenger that provide signals to the cell for performing the particular function.
Carrier	Enzymes act at the place where they are formed.	Hormones are carried by the blood to different part of the body for giving signals to the cell.
Diffusibility	Enzymes are non-diffusable through a cell membrane.	Hormones are diffusable through the cell membrane.
Site of Action	Enzymes perform their action on the site(place) where they are produced.	Hormones perform their action to the different place from where they are produced and are carried by the blood.
Origin	Enzymes are produced in exocrine glands.	Hormones are produced in endocrine glands.
Factors affecting	Enzymes perform in particular temperature, pH.	No effect of pH or temperature or pH, but sometimes effected by external factors.
Specificity	Enzymes are substrate specific i.e. depends on the substrate to perform the function.	Hormones are target cell specific and depend on positive and negative feedback mechanism.
Metabolic activity	Enzymes take part in metabolism.	Hormones regulate the metabolic activity i.e. while giving signals to the cell for performing various body functions.
Effect of age	Enzymes have no effect of age.	Hormonal changes can be seen with age like puberty, menopause.
Dependency	Enzymes start performing only when it get the message from hormone.	Hormones do not depend on an enzyme.
Occurrence of Disease	Comparatively fewer chances of occurrence of diseases, and are only due to insufficiency	Hormonal disorders are very common, and even a single wrong message sent to the cell may give rise to life-long disease or disorders.
Utility	Enzymes can be reutilized after their function as they are the catalyst and remain unchanged.	Hormones cannot be reutilized once their function is over, they naturally get destroyed.
Examples	Oxidoreductase, Transferase,Hydrolase etc.	Insulin, Glucagon, Thyroid (T3, T4).