The answer to the first unknown in the problem is the "Areolar" while in the second unknown in the problem is the "Cartilage". Hence, to complete the given statement in the problem, we have an example of a high vascular tissue is "AREOLAR" tissue and as an example also of a tissue that is not highly vascular is the "CARTILAGE".
DNA Complement: TAGCTC
RNA Complement: UAGCUC
<span>Jackson
performed an experiment in which he analyzed the elemental components of
several unknown compounds. His results are shown in the table:
</span><span>Jackson concludes that only Unknown 2 could be a
protein.
</span><span>Of the explanations that supports Jackson's
conclusion is :
</span>
B. Proteins have some amino acids that contain
sulfur, whereas most lipids, nucleic acids, and carbohydrates do not contain
sulfur.
The base change in the mutation of the cutting area of a restriction enzyme would determine whether a person is the bearer of that particular DNA.
Explanation:
The digestion of nucleic acid is done by the enzymes of restriction. It helps in recognizing the nucleotides sequence inside a DNA strand. It’s use detects in a DNA the points of mutation and helps in eliminating the need of sequencing.
This enzyme cuts DNA which later can be seen by using electrophoresis gel the bearing of the sequence by an individual. But this enzyme won’t recognize the site if any nucleotide pair is replaced.
Answer: The probability of having an offspring that is dwarf in size is zero.
Explanation: Since tall phenotype is dominant to dwarf phenotype, let T represent allele for tall and t represent allele for dwarf. A heterozygous pea plant will have Tt genotype while a homozygous tall pea plant will have a TT genotype. A cross between them will produce two homozygous tall pea plants (TT) and two heterozygous tall pea plant (Tt). They will not have any offspring having a dwarf size. Therefore, the probability of having a dwarf offspring is zero.
See the attached punnet square for more information