Difference Between Primary and Secondary Metabolites

Difference Between Primary and Secondary Metabolites

Primary metabolites are substances which are directly involved in the metabolic pathways of an organism , which are necessary to its development, growth and reproduction. They are a part of the physiological processes that occur within the organism. Primary metabolites are generated in the body during the growth phase due to the mechanism of growth. The phase of growth which is associated with the creation of primary metabolites is referred to as ‘trophophase’..

Difference Between Diploid and Haploid – Diploid vs Haploid

Difference Between Diploid and Haploid - Diploid vs Haploid

In all organisms, somatic cells are diploloid, and sexual cells are typically haploid. The cells that are diploid have two homologous copies of two chromosomes inherited through two parental. The majority of mammals are diploid, with the exception of some rats. But, studies that have disproved that there is polyploidy among mammals have been conducted. Polyploidy is a condition where cells possess chromosomes which are more than diploid number of chromosomes. The majority of organisms that reproduce through mitosis have 2n DNA chromosomes, forming diploid cells.

Difference Between Communicable and non -communicable diseases

Difference Between Communicable and non -communicable diseases

Also known as transmissible diseases, or infectious diseases, communicable diseases can also be called transmissible diseases. The infectious agent is transmitted to others by contact with bodily fluids, bodily fluids, bites of insects, and air. Infectious diseases can spread either directly or indirectly. Direct transmission means that the infectious agent is transmitted through close physical contact. In indirect transmission, it is spread through air, water or other vectors.

Difference Between Breathing and Respiration – Breathing vs Respiration

Difference Between Breathing and Respiration - Breathing vs Respiration

Breathing is also known as ‘external respiration’ because it is an external procedure of bringing oxygen into the body and exchanging carbon dioxide through the respiratory organs. The breathing process in all vertebrates is comprised of a high-yielding tubes which connect the nose with the alveoli. Breathing is a continuous cycle in which the amount of respiratory cycles in a minute is referred to as breathing or the rate of breathing. Under normal circumstances the speed and the depth of breathing is controlled by various homeostasis processes to regulate the partial pressure of carbon dioxide levels in the blood.