The enzyme RNase A requires the formation of four disulphide bonds amo

1.	The enzyme RNase A requires the formation of four disulphide bonds amongst its eight cysteine residues. If this is entirelya random phenomenon, the probability that the first correct disulphide bond will be formed is 1/7. Following the samelogic, what is the probability of formation of all four correct disulphide bonds?Solution
Answer» Answer: The enzyme RNASE A requires the formation of four disulphide bonds amongst its eight CYSTEINE RESIDUES. If this is entirely a random phenomenon, the probability that the FIRST correct disulphide BOND will be formed is 1/7. Following the same logic, what is the probability of formation of all four correct disulphide bonds? Solution Explanation: The enzyme RNase A requires the formation of four disulphide bonds amongst its eight cysteine residues. If this is entirely a random phenomenon, the probability that the first correct disulphide bond will be formed is 1/7. Following the same logic, what is the probability of formation of all four correct disulphide bonds? Solution

The enzyme RNase A requires the formation of four disulphide bonds amongst its eight cysteine residues. If this is entirelya random phenomenon, the probability that the first correct disulphide bond will be formed is 1/7. Following the samelogic, what is the probability of formation of all four correct disulphide bonds?Solution

Answer»

Answer:

The enzyme RNASE A requires the formation of four disulphide bonds amongst its eight CYSTEINE RESIDUES. If this is entirely

a random phenomenon, the probability that the FIRST correct disulphide BOND will be formed is 1/7. Following the same

logic, what is the probability of formation of all four correct disulphide bonds?

Solution

Explanation:

The enzyme RNase A requires the formation of four disulphide bonds amongst its eight cysteine residues. If this is entirely

a random phenomenon, the probability that the first correct disulphide bond will be formed is 1/7. Following the same

logic, what is the probability of formation of all four correct disulphide bonds?

Solution