It depends upon the protein and also where the deletion of the single amino acid has occurred. Does ur alter or disrupt an important fundamental function or aspect of the protein such as the capability of substrates to bind to the active site, or is near a region that is primarily for developing the additional structure of the protein and is not as important. In most cases, a single amino acid change will not cause the protein to lose its complete function of be denatured.
Question: <em>The image below shows the life cycle of a plant. Which class does this plant belong to? </em>
<em>Answer: Gymnosperm</em>
<em>If you look up Gymnosperm Life Cycle of Google, and go to images, you will find a diagram/chart of the Gymnosperm Life Cycle, that matched the picture you gave.</em>
Hope this helps, have a good day. c;
Link to the picture of the diagram below...:
https://www.google.com/search?q=gymnosperm+life+cycle&rlz=1C1GCEB_enUS787US787&source=lnms&tbm=isch&sa=X&ved=0ahUKEwjR46qP1pDfAhUKR6wKHZVIBzQQ_AUIDigB&cshid=1544287366922000&biw=1707&bih=732&safe=active&ssui=on#imgrc=15Qy4QiBWX-1iM:
As we get closer to the coral reef, there are going to be several things we notice. The first thing we notice will be the large number of coral that seem to have lost their color, turning bright white. In addition, if we are in Florida, we may see something called the stony coral tissue loss disease. This disease has been of great concern in recent years in Floridian waters. Looking at these two changes, we can see that both are from the impact of climate change. As the water warms, the stress on the coral reaches a high point and they start to bleach and become more susceptible to several diseases.
I hope I've helped! :)
Answer:
The correct answer would be option D.
Explanation:
True breeding is a breeding procedure in which the parents would always produce their progeny with the same phenotype characters as the parents carry. This means for every trait these parents are homozygous so their offspring must show a similar phenotype.
In this case, all cattle are true-breeding which means they homozygous alleles show the progeny will also show similar traits which are short stature with brown hides and short horns.
Thus, the correct answer is option D.
Answer:
reflection I took the test
