Typical motions of proteins will be primarily treated by a rigid body

1.	Typical motions of proteins will be primarily treated by a rigid body model for docking.
A.	True
B.	False
Answer» C.

Discussion

No Comment Found

Related MCQs

Which of the following is true regarding Protein flexibility?
Stochastic methods can guarantee reaching a global optimal solution and the methods are computationally costly in comparison to the other methods.
Genetic methods (genetic algorithms and evolutionary programming) store multiple solutions. These solutions form a population of members.
In a Monte Carlo simulation the score (or energy) is calculated at each step and compared to the previous step. The probability of accepting the step is given by _________ where ΔE is the difference in energy; kB is Boltzmann’s constant and T the temperature.
The disadvantage of Multiple conformation rigid-body method is that the active conformation may be missed as the result of a minor structural difference not considered in the ______ ligand conformations. Where, the N is the number of low-energy conformations.
STOCHASTIC_METHODS_CAN_GUARANTEE_REACHING_A_GLOBAL_OPTIMAL_SOLUTION_AND_THE_METHODS_ARE_COMPUTATIONALLY_COSTLY_IN_COMPARISON_TO_THE_OTHER_METHODS.?$
Which_of_the_following_is_true_regarding_Protein_flexibility?$
Genetic methods (genetic algorithms and evolutionary programming) store multiple solutions. These solutions form a population of members?
In Stochastic search methods, they include methods such as Monte Carlo simulation, simulated annealing, Tabu search, genetic algorithms and evolutionary programming.
The disadvantage of Multiple conformation rigid-body method is that the active conformation may be missed as the result of a minor structural difference not considered in the ___ ligand conformations. Where, the N is the number of low-energy conformations.

Typical motions of proteins will be primarily treated by a rigid body model for docking.

Discussion

No Comment Found

Related MCQs

Reply to Comment