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Bellwork Obj : SWBAT Compare & Contrast DNA with RNA

What does DNA stand for? Based on your answer to #1, predict what RNA stands for? 3. Do all living things have DNA, why or why not? 4. What other materials will you bring tomorrow to put on your science fair poster? Take out your slates.

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Bellwork Obj : SWBAT Compare & Contrast DNA with RNA

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  1. What does DNA stand for? Based on your answer to #1, predict what RNA stands for? 3. Do all living things have DNA, why or why not? 4. What other materials will you bring tomorrow to put on your science fair poster? Take out your slates BellworkObj: SWBAT Compare & Contrast DNA with RNA

  2. If you do not bring sci. fair board materials tomorrow: -if you have already built your FINAL board, you may work on other classwork. -if it is ‘at home’ or you didn’t do it or have it: you will help clean up the classroom and do any menial tasks I have for you.

  3. RNA & Central Dogma

  4. Look at the compare/contrast RNA and DNA diagram in front of you. With your partner write down at least 3 differences and 3 similiarities between DNA and RNA on your slate. Think: Why might these differences exist?

  5. DNA vs RNA • How many nucleotides? • 3 parts of a nucleotide? • What does the “B” stand for? Deoxyribonucleic Acid

  6. DNA vs RNA What’s the difference? • How many nucleotides? • 3 parts of a nucleotide? • What does the “B” stand for? OH! Deoxyribonucleic Acid Ribonucleic Acid

  7. Remember this? Structure is related to function! What are DNA’s 2 functions?

  8. RNA Structure Notes • RIBOSE is the sugar in RNA nucleotides (instead of deoxyribose)

  9. RNA Structure Notes • RIBOSE is the sugar in RNA nucleotides (instead of deoxyribose) • Uracil (U) is used instead of T

  10. RNA Structure Notes • RIBOSE is the sugar in RNA nucleotides (instead of deoxyribose) • Uracil (U) is used instead of T • RNA is usually single-stranded

  11. Vote by sign language: NA NA RNA DNA DNA AGCCTGCTA TCGGACGAT RNA RNA

  12. Try this • What might it look like if you turned this double stranded DNA molecule into an RNA copy? AGTTCGA TCAAGCT RNA: UCAAGCU Which DNA strand would this RNA be the COMPLEMENT of?

  13. Try this • What might it look like if you turned this double stranded DNA molecule into an RNA copy? AGTTCGA TCAAGCT RNA: UCAAGCU AGUUCGA Which DNA strand would this RNA be the COMPLEMENT of? Do the RNA complement for the bottom DNA strand

  14. DNA vs RNA RNA has a different structure… predict it’s functions (jobs) Hint: other names for RNA messenger RNA ribosomal RNA transfer RNA

  15. Central Dogma (“Big Idea”) of Biology DNA DNA stores information to run cell RNA’s function is to make proteins! RNA Proteins actually DO the work in the cell Protein

  16. Why are proteins so important? • Proteins are made of tiny subunits…what are they called? • What are some functions of proteins? (Hint: ) • Chemical Reactions (enzymes) • Immune System (antibodies) • Growth & Development (hormones) • etc.

  17. Types of RNA • mRNA:messenger RNA makes a copy (message) of the information stored in DNA & moves the info out of the nucleus! (DNA doesn’t leave nucleus) Codons are 3 letter “words” that make up the message- it’s a recipe for a protein

  18. Types of RNA • rRNA:ribosomal RNA folds into a ribosome which reads the mRNA codons and connects amino acids into a chain that will become a protein Realistic image of rRNA folded into a ribosome rRNA folds into 2 subunits (large & small) Together, they make the ribosome!

  19. Types of RNA • tRNA:transfer RNA transports amino acids to the ribosome, and uses an anti-codon to match the correct amino acid to the correct mRNA codon. It then transfers amino acids to the growing chain. tRNA is T-shaped!

  20. Turn to your neighbor • Summarize the 3 types of RNA and how each is related to protein synthesis

  21. Practice Putting It All Together Which of the following am I showing/describing? DNA mRNA rRNAtRNA Protein

  22. Practice Putting It All Together Which of the following am I showing/describing? DNA mRNA rRNAtRNA Protein Amino Acids are the small subunits of ___________

  23. Practice Putting It All Together Which of the following am I showing/describing? DNA mRNA rRNAtRNA Protein Made with Uracil (U) instead of T: ___________

  24. Practice Putting It All Together Which of the following am I showing/describing? DNA mRNA rRNAtRNA Protein

  25. Practice Putting It All Together Which of the following am I showing/describing? DNA mRNA rRNAtRNA Protein The central dogma of biology says that ______  RNA  Protein

  26. Practice Putting It All Together Which of the following am I showing/describing? DNA mRNA rRNAtRNA Protein Transports amino acids to the ribosome: ___________

  27. Practice Putting It All Together Which of the following am I showing/describing? DNA mRNA rRNAtRNA Protein

  28. Practice Putting It All Together Which of the following am I showing/describing? DNA mRNA rRNAtRNA Protein

  29. Practice Putting It All Together Which of the following am I showing/describing? DNA mRNA rRNAtRNA Protein Reads mRNA and assembles amino acids into a chain: ___________

  30. Practice Putting It All Together Which of the following am I showing/describing? DNA mRNA rRNAtRNA Protein A copy of the information in DNA that can be taken out of the nucleus: ___________

  31. Why not skip the DNA step? DNA DNA stores information to run cell RNA’s function is to make proteins! RNA Proteins actually DO the work in the cell Protein

  32. Closure- Structure & Function of DNA & RNA DNA RNA *When you are finished work on the DNA/RNA worksheet*

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