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.
In a differential scanning calorimetry experiment, the melting temperature, Tm, of a certain protein is found...
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)
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...
1. Below is a differential scanning calorimetry thermogram for three different proteins. Use this to estimate the temperature and the enthalpy of denaturation. Which protein is the most stable? Why? (15 pts) 1 2 700- (a 1st scan Rescan 2 600 , 500 D 400 Protease E 300 送200 O100 Amylase Lipase 30 40 50 60 70 80 90 100 110 120
23. Consider these three sequences contained within single beta strands. Which is most likely to have ionic interactions between side chains at physiological pH? Explain your choice. Sequence 1: Ala-Glu- Leu- Arg Sequence 2: Ala - Glu - Arg-Leu Sequence 3: Leu - Ala - Glu- Arg 24. The equilibrium between the native state (N) and the unfolded state (U) of a protein can be represented by the chemical equation N U, with a AG value that represents the equilibrium....
Please answer all, this is for physical chemistry. Thank you
T-Mobile 11:14 AM X Problem Set 2_Spring 2018.pdf 1- One gram of liquid bemzene (CH)is bumed in a bomb calorimeter. The temperature before ignition was 20826 C,and the temperature afher the combustion was 25.000 "C. This was an adiabatic calorimeter (constant volame). The heat capacity of the bomb, the water around it, and the contents of the bomb before the combustion was 10,000 JK. Calculate the ??-foe C.H.1) at 298...