Answer:
Following are some of the possible consequences of mutations:
1. Some of the mutations take place in proteins that play an essential role in the function of cells, and thus, the cell dies.
2. Some mutations result in the origination of new traits like red hair.
3. Some mutations take place in genes, which monitor the division of cell and thus cells start to divide out of control, resulting in cancer.
4. Some of the mutations may be beneficial and may offer some benefit to the organism in some of the environments. These advantageous mutations may be encouraged by natural selection and are the basis for the evolution of life on Earth.
Answer:
I know that it cant be A,B,C. D is close but it seams that it also slightly getting dryer, so i think that I would go with OTHER.
1. Reason is because the plant T - tall is dominance within the option was given. The plant will be in dominant as always unless introduce with a Tt and tt which is short plant. The chances are easily able to change but other then that it's a very slim chance to get a short plant in the generation graph.
2. The adaptations would change drastically because tall plants have an advantage of capturing more light since they are above ground a little bit higher then short plants. Which enventually the changes will change to tall plants as each generation goes by short plant dies and not able to reproduce.
Leukotrienes are part of a class of biologically active compounds that occur naturally in the white blood cells or the leukocytes. These compounds functions in the pathogenesis of inflammation. They trigger the contraction of the smooth muscles located in the bronchioles. Excess amounts of this substance is a cause of the inflammation during asthma and in allergic rhinitis.