SUMMARY
A double-stranded DNA molecule with 22% cytosine (C) must contain an equal percentage of guanine (G), resulting in 22% G as well. The remaining percentage of adenine (A) and thymine (T) must be calculated from the total, which is 100%. Since C pairs with G, and A pairs with T, the percentages of A and T must be equal. Therefore, the final composition is 22% C, 22% G, and 28% each for A and T.
PREREQUISITES
- Understanding of DNA base pairing rules
- Basic knowledge of percentage calculations
- Familiarity with double-stranded DNA structure
- Concept of complementary base pairing in nucleic acids
NEXT STEPS
- Study the principles of DNA structure and base pairing
- Learn about the significance of Chargaff's rules in molecular biology
- Explore the methods for calculating nucleotide composition in DNA sequences
- Investigate the implications of DNA composition on genetic stability and function
USEFUL FOR
Students in molecular biology, genetics researchers, and educators teaching DNA structure and function concepts.