Across
- 7. The DNA run parallel to one another in opposite directions
- 8. Proteins that stop separated strands from joining back together
- 10. The enzyme that acts as the glue
- 11. The sugar found in DNA
- 12. This enzyme cuts out the RNA primers
- 16. This type of bond forms between complementary base pairs
- 17. To begin replicating the DNA, it requires a starting point. This is created by an enzyme called...
- 18. Composed of a sugar, phosphate, and base
- 19. The name of the fragments produced by the lagging strand
- 20. The number of bonds between adenine and thymine
- 22. Two ring structure (adenine, guanine)
Down
- 1. Unwinding the DNA puts it under a lot of tension and this enzyme helps to relieve this by relaxing the DNA from its super-coiled structure
- 2. The base that pairs with adenine
- 3. This enzyme associates with the DNA and builds the new strands by adding DNA nucleotides one at a time
- 4. The base that pairs with cytosine
- 5. Single ring structure (thymine, cytosine)
- 6. The bond between one nucleotide and the next
- 9. The Y-shaped structure where replication begins
- 10. The strand of DNA that is synthesized continuously in the 5' to 3' direction
- 13. The strand of DNA that requires new primers and can only be synthesized in small chunks
- 14. This enzyme unzips the double-stranded DNA molecule, separating it into two single strands
- 15. This scientist discovered that the amount of adenine equals the amount of thymine and the amount of guanine equals the amount of cytosine
- 21. The number of bonds between cytosine and guanine
