UNLV

PUZZLE: Protein Synthesis

Click the puzzle pieces and arrange them. To delete a piece, click it and Press "Clear" to reset.

 

DNA TO RNA

During transcription, the DNA double helix unwinds and unzips, and a single strand of RNA, designated messenger RNA (mRNA), is assembled using the nucleotide sequence of one of the DNA strands as a pattern (template). Let’s see how this happens:

  1. You will construct a single strand of DNA consisting of nine DNA nucleotides of the following DNA base sequence: T – G – C – A – C – C – T – G – C. With the purine and pyrimidine bases pointing to the right, lay the strand out vertically on the left side of the screen.
  2. Now assemble RNA nucleotides complementary to the exposed nitrogen bases of the DNA strand. Don’t forget to substitute the pyrimidine uracil for thymine and ribose sugar for deoxyribose sugar.
  3. Click print, save the file. You will upload it along with your assignment at the end of this module.

CLICK HERE TO CLOSE

adenine adenine guanineguanine cytosine cytosine uracil thymine deoxyribose deoxyribose phosphate group phosphate group ribose thymine