The restriction endonuclease EcoR-I recognizes and cleaves DNA sequence as shown below
`"5' -G A A T T C-3'"`
`"3' -C T T A A G'5'"`
What is the probable number of cleavage sites that can occur in a 10 kb long random DNA sequence?

Name the palindromic nucleotide sequence for below given fragment of DNA :5' - G A A T T C -3'

If the sequence of one strand on DNA is written as follows : 5- T G A G C T A G C T A G C T A G C A T C G - 3 Write down the the sequence of complmentry strand in 5 to 3 direction.

If the sequence of one strand on DNA is written as follows : 5- T G A G C T A G C T A G C T A G C A T C G - 3 Write down the the sequence of complmentry strand in 5 to 3 direction.

Eco RI and Rsa I restriction endonucleases require 6 bp and 4 bp sequences respectively for cleavage. In a 10 kb DNA fragment how many probable cleavage sites are present for these enzymes

Given below is the sequence of coding strand of DNA in a transcription unit 3' A A T G C A G C T A T T A G G - 5' write the sequence of: the mRNA

Given below is the sequence of coding strand of DNA in a transcription unit 3' A A T G C A G C T A T T A G G - 5' write the sequence of: its complementary strand

Restriction endonuclease was isolated for the first time by W. Aber in 1962 in bacteria. Restriction endonucleases cut the DNA duplex at specific points therefore they are also called as molecular scissors or biological scissors. Three types of restriction endemicleases are Type 1. Type II and Type III but only Type II restriction endonucleases are used in recombinant DNA technology. Restriction endonuclease EcoR I recognises the base sequence GAATTC In DNA duplex and cut strands between G and A. Which type of restriction endonucleases is used most in genetic engineering?

Identify the sequence of mRNA from the given sequence of coding strand of DNA. 5' T A C G T A G 3'

Identify the sequence of mRNA from the given sequence of coding strand of DNA. 5' T A C G T A G 3'