DNA Analysis

1. these fragments are found closest to the wells in the gel
3. DNA fragments can travel through the gel because it is ___________
5. this molecule on DNA is what makes its charge negative
9. the Hae111 enzyme is coded to cut at this site
10. DNA moves towards the ________ end of the gel because opposites attract
13. restriction enzymes are known as ______ ______
15. when gels are analyzed, 2 samples must be an _______ match of all of the same bands to confirm the same DNA
17. these fragments travel further through the gel
18. DNA is inserted into ________ in the gel to start

2. the process of separating DNA fragments by size
4. DNA is cut or digested by ______ ______
6. if this fragment (ATTCGGCCTCAATC) is digested by Hae111, the first fragment will have ______ base pairs
7. in real life, fragments resulting from digestion have ___________ of base pairs
8. when Hae111 digests DNA, the resulting fragments have ________ ends
11. the process of making millions of copies of the DNA sample
12. if this fragment (ATTCGGCCTCAATC) is digested by Hae111, the second fragment will have ______ base pairs
14. DNA is measured in _______ _______
16. the DNA fragments appear as _______ on the gel