A. You are performing experiments with your protein of interest and its ligand. You are attempting to mutate the binding site of your protein to disrupt binding to ligand to see what happens inside the cell. You make a series of mutations and one in particular gives you surprising results: you observe that the mutation that you made in an amino acid that sticks out into the binding pocket actually increases the protein’s affinity for the ligand. Give a molecular explanation for these results

This map shows how climate change might affect precipitation patterns in the great plains of the united states by the end of this century. brown shoes a decrease in percipitation, and blue shows an increase. the maps differ based on the predictive levels of green house emissions. the maps shows that northern area should get a. more pracipations regardless of emmissions b. less pracipation, regardless of emmissions levels c. more precipitation, but only when emission levels. southern areas show a. more pracipations regardless of emmissions b. less pracipation, regardless of emmissions levels c. more precipitation, but only when emission levels. to use these maps to prepare for natural disasters in the great plains, scientist need to ask? a. how many tons of emissions were used at the basis of the map. b. which types of fossil fuels are used in the great plains c. if you think the above is wrong it's probly c the question is cut off