Answer:
The organism's genotype encodes their phenotype because the <u>genotype</u> corresponds to the characteristic that is determined by genes —formed by fragments of <u>DNA</u>— which are transcribed into <u>mRNA</u> to be translated into amino acid sequences in the synthesis of <u>proteins</u>, determining the morphological and functional characteristics of an organism, that is, its phenotype.
Explanation:
<u>Genotype</u> corresponds to the genetic information contained in the <u>DNA</u>, according to the sequence of nucleotides in its molecular structure. This genotype includes characteristics or polymorphisms that define the appearance and function of living beings.
Each DNA molecule constitutes a chromosome, formed by genes —DNA fragments— each of which determines specific characteristics.
When DNA is transcribed into <u>mRNA</u>, information is being sent that is necessary for the incorporation of amino acids into a <u>protein</u> that is being synthesized. The proteins, in turn, determine morphological and functional characteristics that constitute the <u>phenotype</u> of an individual.
Answer:
Explanation:
In a eukaryotic cell, almost all transcription occurs in the nucleus and translation occurs mainly at ribosomes in the cytoplasm. In addition, before the primary transcript can leave the nucleus it is modified in various ways during RNA processing before the finished mRNA is exported to the cytoplasm.
Answer: long
<span>The bones are classified into 5 types according
to their shapes: long, irregular, short, flat or sesamoid. The phalanges (bones
of the fingers and toes) are classified as long bones, meaning they are longer
than they are wide. </span>
Answer: Linear would mean in a line, but it seems that all those graphs are just points soo
Explanation:
They both have something to do with organisms
