When RNA is hydrolysed, there is no relationship among the quantities of different bases obtained. What does this fact suggest about the structure of RNA?
Answers
When RNA is hydrolyzed means it's bond distorted, then there is no-meaning of relationship between quantity of bases.
But when RNA is in normal state, A = U & C = G according to Griffith law it always happens.
We can say that through the bond there are bases which are connected at both end so giving a constant number with respect to each other.
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A DNA molecule is double-stranded in which the pairing of bases occurs. Adenine always pairs with thymine, while cytosine always pairs with guanine. Therefore, on hydrolysis of DNA, the quantity of adenine produced is equal to that of thymine and similarly, the quantity of cytosine is equal to that of guanine.
But when RNA is hydrolyzed, there is no relationship among the quantities of the different bases obtained. Hence, RNA is single-stranded.