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not really it just happens when there is no oxygen available for cellular respiration
Alcohol... i know what you're thinking but it's right. Trust me. Actually the first answer is correct but I will expand. Anaerobic respiration is cellular function in the absence of oxygen. Certain undesirable byproducts are created when this happens such as hydrogen peroxide,but the one mentioned is called fermentation. Some organisms are suited for either anaerobic or aerobic respiration depending on conditions but hese have special enzymes to process the side effects.
First of all, photosynthesis can only occur in plants. Animals are incapable of performing this process. Cellular respiration ,however, can occur in both plants and animals. Ironically, the two processes are alike in a special way: the formula for cellular respiration is the exact reverse of the formula for photosynthesis. See the 'Related Questions' link on this page for the formulas. Photosynthesis is an anabolic process, whereas cellular respiration is a catabolic process. In other words, photosynthesis involves the synthesis of organic compounds while cellular respiration involves the breakdown of organic compounds. Although photosynthesis is anabolic and cellular respiration is catabolic, both processes require an input of energy at various stages. For example, during the first stage of cellular respiration, glycolysis, an input of ATP (adenosine triphosphate) is required in order to breakup glucose into two pyruvate molecules. It is important to note that during glycolysis, 4 ATP are produced for every 2 ATP used, resulting in a net gain of 2 ATP.
Special proteins are enzymes. Enzymes are not made by the body, DNA is read and copied by these special proteins.
D. Enzymes :)
The special vesicles containing enzymes are called Lysosomes.
Lysosomes would be an example. It's full of digestive enzymes.
All enzymes are proteins (but not all proteins are enzymes).
The answer is enzymes. LOL i am brilliannt ! -s.dhariwal *The actual answer is Hormones S.jovanovic
cellulose.
One type is called Lysosomes. Peroxisome is another.
Several enzymes in our body are responsible for breaking down ingested macromolecules to simple molecules. Our body cannot digest giant sized molecules so when it is broken down into smaller pieces, large amounts of energy is released which is used by our to perform various physiological activities. Enzymes are the special class of proteins that can speed up the rate of reaction.