Genotype are letters, for example Hh or TT or ss, that are short cuts that define traits for an animal, such as when someone does a p.square, the genotypes (letters) represent the phenotypes, which are the actually physical traits, for example if the genotypes are Hh and H is black then the phenotype would be Black. They both determine traits.
The correct sequence in which the proteins are synthesized is DNA --> RNA --> Protein (B).
First the DNA is transcribed into RNA and then by translation RNA is converted into protein.
<h3>Protein Synthesis</h3>
- Protein synthesis is the process of making protein molecules.
- This process includes two processes, transcription and translation.
- In transcription, the DNA act as a template to produce RNA. This is a three-step process, initiation, elongation, termination.
- In translation, the RNA with the help of codons produces protein. This is also a three-step process: Initiation, elongation, and termination.
Thus, that's how proteins are made. And it is a repeated process.
Learn more about protein synthesis, here:
brainly.com/question/7575381
When a question states that the plants are "homozygous for the contrasting traits," that means that the plants will have the same letter genotype for both of their chromosomes. In other words, if we use the letter "b" as our chromosome, one plant will have the genotype "BB", and the other will have "bb." Now, there will only be on expected genotype with these, and that would be "Bb." To find this, you must put the genotypes in a punnet square and calculate the different genotypes. The big B is dominant over the little b, so in this case the offspring plant will have a heterozygous for both traits.
Inflammation is <span>a localized physical condition in which part of the body becomes reddened, swollen, hot, and often painful, especially as a reaction to injury or infection.</span>
hope this helps :) brainliest? i really need one!
Darwins theory was accepted because his seemed the most realistic along with the most evidence and logical proof.