The correct option is d: "Non-competitive inhibitors bind to a site other than the active site."
Explanation:
The active site of the enzyme is where the substrate binds. When this binding has taken place, the enzyme is able to convert the substrate into products. If a competitor binds to the active site due to its complementary structure, the substrate will be unable to bind and therefore, no products will be formed - this type of molecule is referred to as a competitive inhibitor. A non-competitive inhibitor is called as such because it is not competing to bind to the active site of the enzyme.
Green algae (sing. alga) come in a heteromorph group of species and this is only a conventional name rather than biological classification. The group unites some predominant divisions like Chlorophyta and Charophyta.
Some species of Chlorophyta are considered to be the first ‘true’ plants by bridging between Protozoa and Plantae. Most of this division’s representatives are aquatic, they have chloroplasts and chlorophyll a and b, which are typical for plants. They could be unicellular, often colonial and even multicellular. The variety of the group is great in terms of their habitat, morpho-structure, reproductive system, etc. Some even live in symbiosis with fungi, but they are usually classified in a different division called Lichenophyta.
Genetic variation will increase because of a new habitat and food source. What will most likely happen to the population of moths in this habitat? The moths will evolve due to a selective pressure. ... Population changes are driven by competition and sexual selection.
"Foreshock" and "aftershock" are relative terms. Foreshocks are earthquakes that precede larger earthquakes in the same location. An earthquake cannot be identified as a foreshock until after a larger earthquake in the same area occurs.
