Answer:
Option D, the number of phenotypes a gene set can produce in the group
Explanation:
The multiple sets of phenotypic data is one of the indicating factors of the linkages groups.
Thus, the higher the number of phenotypes, the higher is the recombination of genes on same chromosome or closely spaced different chromosome. High phenotypic number also represents less distance between the genes on the same or different chromosome due to which high recombinants have been produced. Thus, in a group , the number of phenotypes produced by a gene set depends on the spatial arrangement of genes on a chromosome.
Genes on different chromosomes or that are located far apart on the same chromosome are considered as unlinked genes. Linkage maps are made by finding recombination frequency for several gene pairs.
Option D is correct
1) Lysosomes, because they are the organelles that secrete these hydrolytic enzymes and help break down old organelles, viral/bacterial invaders, and food particles. For more information on cells please see the link in sources, it's a great slide show and can probably help you in the future too. Bookmark it!
<span>2) There are some really great sites explaining homeostasis and active transport below in the sources, some with animation that may make it a little easier for you to understand exactly what happens. </span>
<span>3) If you understand active transport first, the answer will actually be very easy. All you have to do is explain how active transport maintains homeostasis in the first place, then apply it to the specific situation of the fish. I honestly feel you need to answer this one yourself, since it is very clearly a question to test the comprehension of this material on your part; if you don't get it, you probably won't pass, and you'll be better off in the long run answering it yourself. </span>
<span>I hope the links help! And don't be afraid to use your book's index to find more information in chapters you haven't covered yet!</span>
<span>45 POINTS FOR 5 EARTH SCIENCE QUESTIONS! What are they?
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Answer:
Advantages: you have more space, and you can build more easily a park.
Disadvantages: people might die when you tear it down, and you need to pay a whole bunch of money .
Explanation:
Answer: If this pump quits working (as happens under anoxic conditions when ATP is lost), or if the action of the pump is hindered (as happens with heart glycosides, for example, digoxin), Na+ aggregates inside the cell and intracellular K+ falls.
Explanation:
The way toward moving sodium and potassium particles over the cell layer is a functioning vehicle procedure including the hydrolysis of ATP to give the necessary energy. It achieves the vehicle of three Na+ to the outside of the cell and the vehicle of two K+ particles ions to the inside. In this manner, if the sodium-potassium siphon quits working both Na+ aggregates inside the cell and intracellular K+ falls.