Question: Question 10 4 pts The graph below shows DG versus T, as described by the following equation. 40 20 -20 40 220 240 320 340

 Question 10 4 pts The graph below shows DG versus T,

Question 10 4 pts The graph below shows DG versus T, as described by the following equation. 40 20 -20 40 220 240 320 340 360 260 280 300 TKO . A, G (T) = 4,H(TW)(1-7) + ACp : [7.-I. - Tin + Im 772 Tick all that applies Like for any quadratic equation, there are two solutions, one that makes physiological sense and one that does not The solution to delta 0 is the temperature where denaturation becomes spontaneous when delta (of unfolding) becomes negative. Thus, proteins can be denatured at cold and at hot temperatures Proteins can be unfolded (aka denatured) only at high temperatures (Le greater than the maximum of this curve around 285) At very low and at very high temperatures there are more unfolded than folded proteins Folding / unfolding is an example case of a general equilibrium between AB The maximum refers to the least stable state of the folded protein

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