Suggest a procedure for the measurement of the entropy of unfolding of a protein with differential scanning calorimetry. I do not understand how to do this.
Suggest a procedure for the measurement of the entropy of unfolding of a protein with differential...
7. From a differential scanning calorimetry experiment, you obtain the following data on a protein thermal unfolding: Tm: 67 °C; AHMº: 91 kJ/mol; ACp: 986 J.K-4. Mol-2. Calculate AH', AS', and AGº at 37 °C. (9 pt)
In a differential scanning calorimetry experiment, the melting temperature, Tm, of a certain protein is found to be 46 C and the enthalpy of denaturation is 382 kJ/mol. a. Estimate the entropy of denaturation assuming that the denaturation is a two-state process; that is: native protein<=>denatured protein. b. The single polypeptide protein chain has 122 amino acids. Calculate the entropy of denaturation per amino acid. Comment on your results.
Please answer 2 and 3:
2. Differential scanning calorimetry can be used to study the stability of a protein or polymer. Which of the following are true about this technique? a) the enthalpy of unfolding corresponds to the area under the curve b) the more stable a protein or polymer, the higher the melting temperature c) the Gibbs free energy determines of melting is spontaneous d) plotting the function of temperature determines Ink e) adding urea or acid to the...
Imagine a biochemistry lab is testing out a new procedure to improve the synthesis of a dipeptide molecule made with the amino acids Valine and Threonine. The hypothesis is that acid as a catalyst will improve the condensation reaction between the amino acids and create a greater yield of a dipeptide (molecule formed with these two amino acids). The procedure compares the result of 10 samples using the common older procedure (A) to ten samples using the newer acid synthesis...
stomach acid is maintained by a protein pump to a PH of 1.5-3.5. if we assume that hydrochloric acid is the only acid and is at its highest level of 160mM at the empty volume of 75ml, how many kilograms of the antacid aluminum hydroxide would be required to bring the PH to 7? please show work. i do not understand the steps to get this answer
PLEASE DONT do 8! 9 Is the one I'm confused
about.
8. Using just basic definitions derive the expression ( ) - Cp - PC . T-20°C Folded T-90°C Unfolded 3292 I 9. On the right is a real differential scanning calorime- try (DSC) scan of a protein undergoing denaturation. Analyze the scan to show what thermodynamic param- eters can be obtained; number them. Show or draw on the plot just where (using your numbers) and/or how these parameters are...
6.) Provide short answers for the questions about protein structure below: a.) True or False, amino acid sequence defines the native structure of protein. b.) What is the main type of bonding responsible for stabilizing the secondary structure of proteins? c.) Briefly discuss the thermodynamics of protein folding into its native 3D structure. Is this process enthalpy driven or entropy driven? d.) Give an example of 2 major secondary structural motifs found in polypeptides. Do any of these motifs appear...
Does this pedigree suggest any linkage between the
gene that causes nail- patella syndrome and the gene that causes
blood type?
Please explain fully to include phenotype, genotype,
type of inheritance, and anything else that well assist in the
understanding of this pedigree.
I get that the IBi gene is linked blood type to
nail-patella disorder, but how do I understand that from the
material presented.
Thank you for assistance in understanding this
material.
In humans, a rare dominant disorder...
Measurement and Accuracy Procedure Obtain 5 large test tubes (all the same size), a test tube rack, 3 beakers of colored water A-C, and 3 graduated cylinders. With a Sharpie, label the tubes 1-5 Measure 25 mL of solution from beaker A (red) using a clean graduated cylinder. Pour into tube 1. Measure 28 mL of solution from beaker B (yellow) using a clean graduated cylinder. Pour into tube 3. Measure 22 mL of solution from beaker C (blue) using...
I dont understand what the procedure would be to figure this out.
is M the weight of the glider or a variable that needs to be solved
for? to find g do I just use the equation for a and solve for g?
how does time from the photogates play a part in my data?
You will have a level air track, glider with flag, and two photogates. The glider will have a hook on it and a string will...