Answer:
The concept includes every species of bacteria, virus, plant, fungi, and animal, as well as the diversity of genetic material within each species. It also encompasses the diverse ecosystems the species make up and the ongoing evolutionary processes that keep them functioning and adapting.
Explanation:
Answer:
The founder effect may result in a population with a diminished gene pool, so there is a need to choose organisms with diverse genetic material.
In order to reduce the loss of any allele, preferential mating must be made between the organisms possessing rare alleles.
Inbreeding leads to reduced fitness as inbreeding occurs because of mating between the associated individuals, thus, there is a need to permit the least associated individuals to mate.
The captive-bred animals may exhibit reduced adaptation in wild, thus, they must be discharged into the wild prior passing of the generation.
The loss of learned behavior is generally associated with the acquired trait and does not associate much with genetics.
I'm not sure about number 1 or number 6, but I know that 3 is nucleic acid and 5 is solution.
The genotyoe of the offspring can be obtained from the genotype of the parents using a punnet square.
<h3>What is genotype?</h3>
The term genotype refers to the sum total of the genes that an organism receieves from its parents. We have to note that genes often occur in pairs called alleles. The combination of gene alleles controls the expressed trait in the organism.
This question is incomplete. However, we do know that the genotyoe of the offspring can be obtained from the genotype of the parents using a punnet square.
Learn more about genotype: brainly.com/question/12116830?
Answer:
True
Explanation:
Gene expression, which involves the transcription of DNA into mRNA and the subsequent translation of mRNA into proteins, is regulated in the cell of prokaryotes i.e. it is kept under control. This regulatory process, however, is done at the TRANSCRIPTIONAL LEVEL, in prokaryotic organisms like bacteria.
DNA binding proteins called transcription factors bind to the promoter region of a gene and either facilitates/enhance the binding of RNA polymerase or inhibits its binding. The enhancers are called ACTIVATORS while the inhibitors are called REPRESSORS.
