Diagram an enzyme at work and label the parts; explain how the enzyme is helping the reaction proceed; what is/are the substrates and products; what type of reaction to this; and what factors can modify this reaction and how (what is the effect of the modification)?
The above diagram shows enzyme at work.
Substrate (here, sucrose) binds with the active sites of the enzyme (sucrase) to produce a temporary molecule, enzyme substrate complex. Soon, the enzyme converted the substrate into products. Then the products separate from enzyme without any change in the shape of enzyme.
The substrate is sucrose and the products are glucose and fructose. This is an example of an enzymatic hydrolysis reaction. Because, sucrose is converted into glucose and fructose by eliminating a water molecule.
Temperature, concentration of enzyme , concentration of substrate, pH and the presence of any activators and inhibitors effect enzyme action. These factors can modify the enzymatic reaction. Enzyme is active only in optimum temprature and optimum pH. Presence of inhibitors, inhibits the enzymatic reaction and the activators activates the reaction. Increasing concentration of substrates and enzymes increases the reaction rate. The decreasing amount of substrate and enzyme decreases the rate of reaction.
Diagram an enzyme at work and label the parts; explain how the enzyme is helping the...
(5) a. In the diagram, label the indicated parts. site b. Label the 5' and 3' ends of the messenger RNA in the diagram. c. The triplet of tRNA nucleotides responsible for insertion of the correct amino acid into a protein chain by complementing with a triplet of mRNA is known as the d. What are the last three nucleotides always found at the 3' end of tRNA? e. Use the space below to draw two tRNA molecules with attached...
2. How enzyme reactions work Aa Aa 3 The following image is a simplified illustration of how enzymes catalyze reactions in cells. Click the boxes and correctly label the molecules in the image. Substrate DNA Product -Enzyme Coenzyme The table provides descriptions of what is occurring at steps A, B, and in the reaction. Review the descriptions, then choose the letter from the image that matches each description in the left-hand column of the table. Step Description Product(s) released; the...
7. Explain the basics of enzyme function and structure (sketch an enzyme and label the active site, allosteric site, where the substrate binds, where competitive and non-competitive inhibitors bind). Include how many different reactions can be catalyzed by an enzyme and how many times an enzyme can catalyze that reaction.
Explain an example of post-translational modification of enzyme activity using examples from plants? Why is post-translational modification of proteins useful in cells? (4) Explain how extremes of cold or heat affect the balance between the light and dark (light-independent) parts of photosynthesis (use a diagram) (5)
please answer a, b, and c. show all illustrations: graph and cleland notation answer a, b, and c please thank you Someone who understands this please answer all parts of this question asap 5. A protonated histidine residue in the active site of aspartate transcarbamoylase, ATCase, is thought to be important in stabilizing the transition state of the bound substrate a) Sketch a graph showing the pH dependence of the catalytic rate, assuming that this interaction is essential and dominates...
Question 12 How does an enzyme work to catalyze a reaction? -It lowers the activation energy of a reaction. -It raises the temperature of a reaction. -It supplies the energy to speed up a reaction. -It increases the concentration of the reactants in a reaction. -It allows the reaction to proceed through different intermediates.
Catalase is a common enzyme found in nearly all living organisms exposed to oxygen. It is a very important enzyme in protecting the cell from oxidative damage by reactive oxygen species. With this information answer the following: a. the substrate and products of catalase? Explain? b. The type of reaction performed by catalase? Explain? c. Factors that could increase or decrease the activity of an enzyme-like catalase? Explain? d. in what type of cells is catalase found? How catalase is...
A. Sketch an instrument for fluorescence spectroscopy (block diagram). Be sure to label the different parts of the instrument and use the most common geometry for this instrument. B. Explain why the instrument has two wavelength selectors. C. Explain why the instrument you sketched will not work for UV/VIS absorption measurements.
explain the induced-fit model of enzyme action, and how this differe from the "Lock-&-key" model NOA HOJAVEN EN GENOSSO Questions to expand your mind. 1. Explain the Induced-Fit model of enzyme action, and how this differs from the Lock-&-Key" model. 2. Distinguish between catabolic and anabolie enzyme reactions 3. Define and describe 3 variables that may affect enzyme activity. 4. **Online Search Opportunity** What are the steps involved in commercial cheese making? Is this different from how organic farm cheese...
Based on the energy diagram below: + + a) Label the axes of the graph (energy is in units of mo! b) What is the energy of the reactants? c) What is the energy of the products? d) What is the energy of the transition state? e) Calculate the activation energy of the forward reaction (reactants products) f) Calculate the activation energy of the reverse reaction (products reactants): g) Calculate the total energy of the forward reaction: h) Calculate the...