Felicia would like to cut the following DNA segment that is 1230 base pairs in length. The diagram below shows the location of the cut sites for the restriction enzyme Bgl II, measured in terms of the number of base pairs (bp).Assuming she achieved 100 % efficiency inher Bgl II digestion, Felicia will obtain five DNA fragments from this reaction.What will be the length of Fragment 3? Enter the numeric value only.

How many DNA fragments will be formed by the action of the restriction enzymes below?*1 point1

Which of the following restriction enzymes would recognize and cut the following DNA sequence?-TGGATCCA--ACCTAGGT-ANSWEREcoRIAATTTTAAHindIIIAGCTTCGABamHIGATCCTAGSmaICCCGGGGGGCCC

4. DNA sequences can be cut into smaller fragments by A. gel electrophoresis B. DNA ligase C. restriction endonucleases D. DNA polymerase

In a sequence of DNA bases, a "segment" is defined as consecutive occurrences of the same nucleotide. For example, the sequence "ATTTGCAGG" contains the following segments: "TTT" and "GG".In this question, given a DNA sequence, you have to output the length of the longest segment in the sequence.InputA string representing a DNA sequence with a length of 100 characters. The sequence is guaranteed to have at least one segment.OutputThe length of the longest segment in the DNA sequence.Sample Input------------abbaaaddddSample Output-------------4

_________cleave the polynucleotide chain within, or near that sequence to give rise to discrete DNA fragments of defined length and sequences Select one: a. Type II restriction enzymes b. Type III restriction enzymes c. Type IV restriction enzymes d. Type I restriction enzymes