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Understanding DNA Translation: From Genes to Proteins

Explore the intricate process of DNA translation, from the transcription of genetic information to the synthesis of proteins. Delve into the roles of DNA, RNA, and chromosomes in gametes, fertilization, and cell division. Unravel the molecular mechanisms behind mitosis, meiosis, and gene expression.

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Understanding DNA Translation: From Genes to Proteins

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  1. transcription

  2. DNA

  3. Protein

  4. Gametes

  5. Fertilization

  6. 23 pairs of chromosomes (diploid)

  7. Diploid cell

  8. Mitosis

  9. Crossing over

  10. Translation

  11. Chromosome

  12. Meiosis

  13. Gene

  14. Translation

  15. Haploid cell

  16. Location of DNA

  17. Pairs with A in mRNA

  18. Pairs with T in mRNA

  19. DNA spelled out

  20. Requires two organisms

  21. Shape of DNA

  22. Change in the DNA

  23. Single-stranded messenger

  24. DNA copies itself

  25. Male gamete

  26. DNA and proteins

  27. Translation forms a sequence of ____

  28. Female gamete

  29. Smallest functional piece of DNA

  30. mRNA converted to amino acids

  31. Deoxyribonucleic acid

  32. Did NOT receive a Nobel prize

  33. Final product of translation

  34. Final product of translation

  35. Two sets of chromosomes

  36. Produces 4 haploid gametes genetically different from parent cell

  37. 1 set of chromosomes

  38. Described the double helix using molecular models

  39. Requires ONE organism

  40. Part of DNA that carries the message

  41. Sides of the double helix

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