Answer:
Our Genetic Code all use for example in You and I use ATGC and so would a Dogs DNA.
Explanation:
Thats the reason it looks similar we have the same building blocks. But when we arrange the letters in diffrent order is where our gentetic diversity comes from. The only slight diffrence is in RNA because it uses AU instead of AT
The question is incomplete as it does not have the option which are:
- No DNA replication would occur because DNA isn’t replicated during interphase.
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All chromosomes would be replicated, but more slowly than usual.
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A single chromosome would be replicated.
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No DNA replication would occur because multiple origins of replication must interact to replicate DNA.
Answer:
All chromosomes would be replicated, but more slowly than usual.
Explanation:
Origin of replication refers to the sequence of the DNA in the genome of the organism where the process of replication begins.
The opening of the origin of replication allows the binding of the replisome complex at the terminals which initiates the process of the replication.
The number of origin of replication varies in the prokaryotes and the eukaryotes as the prokaryotes possess only one chromosome which requires only one origin of replication but eukaryotic chromosomes are large which contains multiple of origin of replication.
In the given condition if the chromosome contains only one origin of replication then the replication process will get slower as the large size of the eukaryotes will have to be replicated by only one Ori sequence.
Thus, the selected option is the correct answer.
C, let me know if you need explanation <3
According to cosmologists, all the (B.) Matter that exists is all that there will ever be.
Answer:
- <u>Eukaryotes</u> are organisms that contain more than one cell with membrane-bound organelles and a nucleus.
- Organisms that contain only one cell and do not contain a nucleus or membrane-bound organelles are known as <u>prokaryotes</u>.
Explanation:
According to their structural and functional complexity, organisms can be classified into eukaryotes and prokaryotes.
- <em><u>Eukaryotic organisms</u></em><em> are formed by cells that have a true nucleus -where DNA is located- and specialized structures called organelles, with a system of endomembranes that compartmentalize the intracellular space. These organisms are usually pluricellular, given the ability of eukaryotic cells to group together to form tissues.
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- <em><u>Prokaryotic organisms</u></em><em> are single cells, lacking a nucleus - genetic material is scattered in the cytoplasm - and do not possess organelles. The prokaryotic cells that form these organisms are incapable of binding together, so they do not form tissues.</em>
Some unicellular organisms are prokaryotic cells, like some parasitic microorganisms, such as amoebas.