<u>Answer</u>:
The example of co-dominance is "Cow with white hairs and a cow with black hairs mate and produce a cow with both white and black hairs."
<u>Explanation</u>:
Co-dominance is a "genetic situation" during which it is neither dominant or an recessive allele and the both are "expressed equally". Both traits or characteristics are visible during the same time. Instead of one trait being dominant over the other, both traits appears.
Co-dominance is very easy to spot in animals and plants that has more than 1 pigment colors . some examples of co-dominance are cows and flowers of two different colors.
This co-dominance can also occurs in certain traits that are less visible, like the blood type. Both the A and B alleles for blood type can be expressed at the same time, which results in type AB blood.
Example :-When a chicken having white feathers mates with an chicken having black feathers, chicken with both black and white feathers grows up.
<span>The law of segregation is a principle of Mendelian genetics. The law of segregation occurs during meiosis when gametes are formed. At this time, the alleles for each gene segregate from one another. As a result, each gamete contains only one allele per gene. Thus, the gametes are haploid. The gametes need to be haploid so the specie’s diploid number is maintained when the egg and sperm unite. As a result of the law of segregation, each diploid parent passes a random allele for each trait to his/her offspring during fertilization. Thus, segregation increases variation within a species.</span>
<span>Yellow marrow fills the canals of long bones, and red marrow is found in the rounded ends of long bones (for example, the femur). Red marrow is made up of components of blood (red & white blood cells, platelets), while yellow marrow is primarily composed of fat cells.</span>
Answer:
Muscles produce keratin so that hair can grow stronger. Sweat glands break down the food that is consumed. Muscles contract rapidly to produce heat on a cold day.
Explanation:
Answer:
The nucleus regulates the synthesis of proteins in the cytoplasm through the use of messenger RNA (mRNA). Messenger RNA is a transcribed DNA segment that serves as a template for protein production. It is produced in the nucleus and travels to the cytoplasm through the nuclear pores of the nuclear envelope, which you'll read about below. Once in the cytoplasm, ribosomes and another RNA molecule called transfer RNA work together to translate mRNA in order to produce proteins.
