The Biological Process Of Photosynthesis

Photosynthesis is a process in which autotrophs use the reactants carbon dioxide, water, and light energy to produce glucose and a byproduct of oxygen. It should also be pointed out that autotrophs are organisms that produce their own food by means of photosynthesis, such as plants and certain types of bacteria. Plants breath out the oxygen through their stomata, and could care about the oxygen as much as we care about breathing out carbon dioxide. Due to the byproduct of oxygen that is released from this process, it is essential to all life on earth, in an ever continuing cycle. Photosynthesis is the most important biological process on Earth - It serves as the World 's largest solar battery (Rajni Godvinjee, n.d.). Furthermore, Devens Gust (1996), explains that “scientific research into photosynthesis is

Since enzyme productivity can be affected by pH, the researchers decided to test how photosynthesis would manage with bases and acids. Enzymes can denature in acids and bases, meaning that they deform and no longer maintain their functionality. Some enzymes can renature if the environment in which they are located is changed, but this is uncommon among the majority of enzymes. The experiment the researchers performed was meant to display the effects that varying levels of pH have on the process of photosynthesis. The idea behind this was to see how it may have affected photosynthesis both directly and indirectly. Directly could be seen in the sense that the pH may have a straightforward effect on photosynthesis itself, whereas indirectly would be if the process of photosynthesis was affected due to the enzymes failing. To implement their experiment, they used spinach leaves as a photosynthesizing organism. The liquids utilized in the test were lime juice for an acid, sodium bicarbonate as the base, and distilled water as a neutral. Due to the fact that Photosynthesis releases the gas Oxygen, the researchers can use this to their advantage when execute their