Answer:
(e) Gamete genotypes
Explanation:
Gamete refers to the cell. It can be a male cell. It can be a female cell. Genotype refers to the genetic makeup, composition, or structure of a specific organism.
Answer:
Answer is A. a behavioral reproductive isolating mechanism.
Explanation:
A behavioral isolation mechanism can be described or explained as a mechanism whereby , mating rituals or signals of species of an organism are different from one another , in order to prevent interbreeding or interest in courtship among them.
In this case , the organisms in the population may be similar, and have the tendency of interbreeding, but , because of their different mating or courtship signals, the interbreeding won't be possible.
Genetically modified crops may increase the risks of allergic reactions. The possible consequences for hybridization in plants are that the plants become resistant to diseases.
Genetic engineering is the way towards the breaking of the normal limits that exist between species in order to create new lives and this will deliver an assortment of wanted characteristics.
Hybridization we can say it is the preparation of blossom of one type of animal by the dust of species.
The correct option is this: THE CROWD IS MOVED BY THE STUDENTS' COMPASSION.
The address read by Allison Gibson, one of the student representative conveyed the feeling of the student to the crowd. The content of the letter talks about the students' support. The crowd was momentarily carried away by the emotion of compassion that was expressed by the letter and that was why it took them sometimes before they can greet the message with loud cheering.
Answer: The probable genotype of the patient is a homozygous recessive allele (SS)
Explanation: Sickle cell is a recessive disorder, therefore it must occur in a homozygous state in order to manifest phenotypically. When it occurs in a heterozygous state AS, the dominant allele A will overshadow its effect. Sickle cell is a genetic disease caused by abnormal haemoglobin in the blood which gives the red blood cells a sickle shape denoted as S. A normal haemoglobin gives the red blood cells a disc shape and its denoted by A.