Asexual reproduction<span> is the creation of </span>offspring<span> from one </span>parent<span>. There is no mating or mixing of genetics in </span>asexual reproduction<span>. </span>Asexual reproduction results<span> in a clone of the </span>parent, meaning theoffspring<span> has identical DNA as the </span>parent<span>. There is usually no </span>variation<span> from generation to generation in a species population</span>
There is no mating or mixing of genetics in asexual reproduction. Asexual reproduction results in a clone of the parent; the offspring has identical DNA as the parent. There is usually no variation from generation to generation in a species population that relies on asexual reproduction.
One way for an asexually reproducing species to get some diversity is through mutations at the DNA level. If there is a mistake in mitosis or the copying of the DNA, then that mistake will be passed down to the offspring, thereby possibly changing its traits. Some mutations do not change the phenotype, however, so not all mutations in asexual reproduction result in variations in the offspring.
The red blood corpuscles have a pigment called hemoglobin that binds to the oxygen and carries it to the whole body in both the conditions, when the body is at rest or when the body is exercising. The oxygenated blood from the heart is carried to the various parts of the body and the de-oxygenated blood from various parts of the body is carried to the lungs where the exchange of gases takes place.
