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1. What does DNA stand for? 2. Where do you find DNA in living things? 3. What is the function of DNA? During-lab observations: Label the DNA model diagram below. P = Phosphate, S = Sugar (deoxyribose), A, T, C, G = Bases.
12. Where is DNA found? 13. What is the first step in the process of DNA replication? 14. Which enzyme is responsible for “unzipping” the DNA double helix? 15. Which enzyme is responsible for bonding the nucleotides in a new DNA molecule? 16. If the sequence of one single strand of DNA is C-A-A-G-T-A-G-G-C-T, what is the
DNA Structure. Outline how Franklin and Wilkins used X-ray crystallography to elucidate the structure of DNA. ...............................................................................................................................................................................
DNA Structure and Replication. Crash Course Biology #10. 1. DNA stands for ____________________________________________. 2. Every body cell, or somatic cell, in a human has ______ chromosomes. 3. These chromosomes are packed together tightly with _________________ in the nucleus of the cell. 4.
DNA Structure Worksheets. Major and Minor Grooves. Label the major and minor grooves in the image on the below. Investigate interactions between DNA and other molecules. 1. Name of structure file: . 2. Is the other molecule bound to the major groove or minor groove? Explain your answer. 3.
Biology I: Unit 2 (A DNA Mastery Unit) – Worksheet 1: DNA Structure. 1. What do the letters DNA stand for? ___________________________________________________ . 2. Two scientists are given credit for discovering the structure of DNA. What is the name of those two scientists. a. _______________________________ . b.
24 Σεπ 2018 · To understand the structure and chemistry of DNA and the significance of the double helix. Objectives. After this chapter, you should be able to. explain the structural basis for the directionality of polynucleotide chains. describe how hydrogen bonding and geometry dictate base pairing. describe the forces that stabilize the DNA double helix.
