Enzyme Catalase Essay

experiment was conducted to test the enzyme-catalyze rate in which hydrogen peroxide decomposes. We tested this by having hydrogen peroxide reacting to catalase for the set time. Those set times for the chemicals reactions being: 10s, 30s, 60s, 120s, 180s, and 360s. The control group in this experiment was found when the hydrogen peroxide reacted with the catalase for a set time, we then proceeded to add sulfuric acid to stop the reaction with the hydrogen peroxide and catalase when the set time was up. We

In this lab we attempted to find a relationship between pH and the productivity of the enzyme catalase. We used the method of testing called the ‘submarine’ method, and tested the velocity of the reaction in bubbles per 30 seconds. We measured this data by inserting 1 mL of H2O2, 1 mL of a vinegar and water solution that varies in pH, and 1 mL of H2O with 20 µL of liver puree into a narrow-mouthed piped base, dropped that into a flat bottomed test tube filled with 30 mL of distilled room temperature

Jocelyn Yee Block 6 Enzyme Catalase Background Catalases are enzymes that stop cell oxidative damage. In some cases, they help by reducing hydrogen peroxide into water and oxygen gas. (Journal of the American Chemical Society, 2009). They are present in anything that is exposed to oxygen. Though oxygen is used to power cells, they become dangerous if not controlled. If electrons are transferred, they are easily converted into dangerous substances such as hydrogen peroxide which attack vital atoms

As we study biomolecules, the subject of how do enzymes work comes up. The reasoning behind the catalase enzyme lab was to see how enzymes break down compounds. My objective being to see how the catalase enzyme will react to liver, potato and apple. We will also use a base or acid to see how these factors will affect the independent variable. My hypothesis is the liver and potato will react to the peroxide but the apple will not. In order to complete this lab, you will need the following materials;

Introduction: Within a cell, enzymes are used as a catalyst to increase the rate of chemical reaction. They do not consume themselves, rather they help in increasing the rate of reaction. Within the body, enzymes vary depending on their specific functions. For instance, hydrogen peroxide is a toxic chemical, but it breaks down into harmless oxygen and water. This reaction can be sped up using the enzyme catalyst produced by yeast. Hydrogen peroxide is produced as a byproduct in cellular reaction

Introduction: The catalase enzyme is a substance inside all living things that speeds up chemical reactions and activities. Enzymes are proteins that lower the activation energy of chemical reactions and work on substrates, which are the product being changed. Enzymes are very specific and certain enzymes only react with certain substrates, the active site of an enzyme is the part of the enzyme that binds to the substrate. The active site and the substrate must have the same shape in order for this

Enzymes are used to speed us reaction times in the body so that life can continue to exist. It’s important to know that enzymes are not consumed by the reaction and go back to normal after a reaction takes place. They take nucleotides and molecules to create DNA or amino acids (Khan Academy 2016). Enzymes not only increase reaction time but requires no extra energy. They are formed specifically to fit their substrate like a puzzle piece. The active site is where the reaction is to take place and

on catalase enzyme activity. Introductive Enzymes are protein that catalase for reaction, so they lower the activation energy required. The unique shape of an enzyme assists them to act on the active site of the enzyme. Catalase is an enzyme found in all organisms which is exposed to the oxygen found in bacteria, plants and animals. Therefore, a catalase [substrate] concentration increases the rate of the reaction. Temperature has great influence on the rate of chemical reaction, so catalase enzyme

As illustrated in Table 1, increase in temperature resulted in the increase of the rate of catalase activity to a certain range. After the range, the temperature would continue to increase, but the rate of catalase activity will decrease significantly. Rate of enzyme activity increased as temperature increased is supported by the Collision Theory. The collision theory states in order for a reaction to occur, reacting particles must collide with one another (McGraw-Hill Ryerson Chemistry 12). Particles

Enzymes are a type of protein that assist in chemical reactions and speed them up. Catalase is an enzyme that breaks down hydrogen peroxide (H2O2) in water and oxygen. Enzymes can denature if their pH or temperature change to an intolerable level. This is when the enzyme’s shape changes so the subtrate can not fit into it. Subtrates need to fit into the enzyme for the enzymes to be useful in reactions, or else they are useless. The goal of this study was to observe how the enzyme activity would be