SlideShare a Scribd company logo
1 of 1
Name _______________________________                                                       Block ______
                                    Transcribe and Translate a Gene
Go to: http://learn.genetics.utah.edu/units/basics/transcribe/

Click the blue box that says: CLICK HERE TO BEGIN

   1. Using your keyboard, type in the letters that correctly pair with the DNA strand. The first letter
       in the DNA strand is “A.” You should type “U.” REMEMBER: RNA DOES NOT HAVE
       THYMINE, IT HAS URACIL INSTEAD.
   2. Use the Universal Genetic Code chart to find the “met” amino acid (which codes for ‘start’).
       What are the three letters that code for “met” ________.
   3. Move your mouse over these three letters in the RNA strand.
   4. Click and drag the correct amino acid from the chart to the RNA strand.
   5. How many amino acids did you produce? __________
   6. Write the names of the amino acids you produced:
       _____________________________________________________________________________
       _
Look at the Universal Genetic Code Chart to answer the following questions.
           a. How many amino acids code for “met” (which is the start codon). ______________
           b. How many amino acids code for “stop” __________
           c. What is the amino acid that has the most forms (different codons) ______________
           d. What could you infer about the importance of this amino acid?
               ___________________________________________________________________
Look at the sidebar with the drawing of transcription and translation to answer the following questions.
       a. What part of the cell does transcription occur in? ___________________________
       b. What part of the cell does translation occur in? ____________________________


                       Still want a more detailed explanation of translation, go to
                   http://staff.jccc.net/pdecell/proteinsynthesis/translation/steps.html

More Related Content

More from lvilleDrFox

Dna rtt packet comprehensive (1 3 to start)
Dna rtt packet comprehensive (1 3 to start)Dna rtt packet comprehensive (1 3 to start)
Dna rtt packet comprehensive (1 3 to start)lvilleDrFox
 
3 major experiments in confirming dna is the genetic material
3 major experiments in confirming dna is the genetic material3 major experiments in confirming dna is the genetic material
3 major experiments in confirming dna is the genetic materiallvilleDrFox
 
5 hw exercise nty
5 hw exercise nty5 hw exercise nty
5 hw exercise ntylvilleDrFox
 
4 vital signs lab
4 vital signs lab4 vital signs lab
4 vital signs lablvilleDrFox
 
1 mouse homeostasis lab
1 mouse homeostasis  lab1 mouse homeostasis  lab
1 mouse homeostasis lablvilleDrFox
 
Breathing reading from how stuff works
Breathing reading from how stuff worksBreathing reading from how stuff works
Breathing reading from how stuff workslvilleDrFox
 

More from lvilleDrFox (8)

Stathmin gene
Stathmin geneStathmin gene
Stathmin gene
 
Dna rtt packet comprehensive (1 3 to start)
Dna rtt packet comprehensive (1 3 to start)Dna rtt packet comprehensive (1 3 to start)
Dna rtt packet comprehensive (1 3 to start)
 
3 major experiments in confirming dna is the genetic material
3 major experiments in confirming dna is the genetic material3 major experiments in confirming dna is the genetic material
3 major experiments in confirming dna is the genetic material
 
5 hw exercise nty
5 hw exercise nty5 hw exercise nty
5 hw exercise nty
 
4 vital signs lab
4 vital signs lab4 vital signs lab
4 vital signs lab
 
Mouse data new
Mouse data newMouse data new
Mouse data new
 
1 mouse homeostasis lab
1 mouse homeostasis  lab1 mouse homeostasis  lab
1 mouse homeostasis lab
 
Breathing reading from how stuff works
Breathing reading from how stuff worksBreathing reading from how stuff works
Breathing reading from how stuff works
 

03 transcribe and translate a gene (1)

  • 1. Name _______________________________ Block ______ Transcribe and Translate a Gene Go to: http://learn.genetics.utah.edu/units/basics/transcribe/ Click the blue box that says: CLICK HERE TO BEGIN 1. Using your keyboard, type in the letters that correctly pair with the DNA strand. The first letter in the DNA strand is “A.” You should type “U.” REMEMBER: RNA DOES NOT HAVE THYMINE, IT HAS URACIL INSTEAD. 2. Use the Universal Genetic Code chart to find the “met” amino acid (which codes for ‘start’). What are the three letters that code for “met” ________. 3. Move your mouse over these three letters in the RNA strand. 4. Click and drag the correct amino acid from the chart to the RNA strand. 5. How many amino acids did you produce? __________ 6. Write the names of the amino acids you produced: _____________________________________________________________________________ _ Look at the Universal Genetic Code Chart to answer the following questions. a. How many amino acids code for “met” (which is the start codon). ______________ b. How many amino acids code for “stop” __________ c. What is the amino acid that has the most forms (different codons) ______________ d. What could you infer about the importance of this amino acid? ___________________________________________________________________ Look at the sidebar with the drawing of transcription and translation to answer the following questions. a. What part of the cell does transcription occur in? ___________________________ b. What part of the cell does translation occur in? ____________________________ Still want a more detailed explanation of translation, go to http://staff.jccc.net/pdecell/proteinsynthesis/translation/steps.html