Answer:
C. Species B will have a wider range of leaf color.
Explanation:
The tropomyosin filament would not be dislodged preventing contraction.
The cross bridges would remain linked and therefore contraction would stop
The cross bridges would break apart due to the presence of calcium ions enabling some contraction
The myosin heads would separate from the actin molecule due to the release of ADP that was previously present.
<span>1.ATP hydrolysis </span>
2.Detachment of myosin head from actin
3.Power stroke
<span>4.Crossbridge formation</span>
Answer: All of these mechanisms can cause changes in the frequencies of genes in populations, and so all of them are mechanisms of evolutionary change.
Explanation:
However, natural selection and genetic drift cannot operate unless there is genetic variation — that is, unless some individuals are genetically different from others
Peroxisome is the organelle that would be expected to target and detoxify the plant compounds.
Peroxisomes are tiny membrane-bound organelles that contain several enzymes which are involved in various biochemical pathways in different types of cells. Peroxisomes go through oxidation reactions that results in the production of hydrogen peroxide which is harmful to the cell. The enzyme catalase is present in the peroxisomes. Catalase neutralizes the toxicity of hydrogen peroxide by decomposing it to water and oxygen. In that way, certain molecules such as fatty acids, amino acids, and uric acids are broken down by oxidative reactions in peroxisomes.
During amount of great temperature change like hot to cold.\
