We are given two strings of characters, represented as arrays A(1..n) and B(1..m).Our goal is to find a string, as long as possible, that is a subsequence of both (a common subsequence). Examples: for the strings “oranges” and “strawberry”, the (unique) answer is “rae” with length 3; for “goal” and “olga”, the answer is  either “ga” or “oa” or “ol”. We shall solve this program using dynamic programming, and construct a table M(0..n,0..m) where each entry M(i,j) denotes the maximal length of a common subsequence of A(1..i) and B(1..j). This is done by the below code which in time Theta(nm) tabulates M and then prints in reverse a longest common subsequence; you must fill in the details. xxx

During STR analysis a patient was diagnosed for a major mutation in Allele A: TTCTTCTTCTTC. How would you define this allele from the following?

Cancers driven by EGFR mutations are treated with TKIs. Which of the following drug is used to reversibly target ATP binding catalytic pocket of EGFR?

When a female dog is bred, the amount of food (calories) she is fed should be increased when during her gestation?

Which statement does NOT describe a fundamental feature of DNA replication?

What type of bond must be made between an incoming dNTP with the RNA primer during the DNA replication reaction catalyzed by DNA polymerase?  

Why is the directionality of DNA replication 5′ –> 3′ for both strands of DNA? Explain how this achieved despite the fact that the two strands of DNA are anti-parallel to each other.

Which of the following modifications are made to eukaryotic tRNA transcripts?   

Which statement correctly describes the reaction catalyzed by DNA polymerase III?    

Which of the following is true regarding the splicing of introns?