CHNOPS Simulating Protein Synthesis
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1 CHNOPS Simulating Protein Synthesis
2 Protein Synthesis Protein Forming
3 This page has all the information you need to complete the CHNOPS assignment. Base Pairing Rules for Transcription and Paring of Codon to AntiCodon trna AntiCodons and the Amino Acid they carry Amino Acid Sequences and the Protein they produce.
4 Follow the instructions on the next pages to complete your Example: Gene X Once you have completed the example, complete all 12 genes on your subject #. Finally, draw what you think your organism looks like AUA
5 Use the Base Pairing Rules for Transcription of DNA into mrna In this step, you will look at the DNA molecule that you are given and write the mrna nucleotide that pairs with it below. In the Example, your first DNA nucleotide is A Below it write U because A U in Transcription AUA
6 Using the Base Pairing Rules for Transcription of DNA into mrna In the Example, the second DNA nucleotide is C. Below it write G because CG in Transcription. AUA
7 Using the Base Pairing Rules for Transcription of DNA into mrna In the Example, the third DNA nucleotide is also C. Below it write G because CG in Transcription. AUA
8 Using the Base Pairing Rules for Transcription of DNA into mrna In the Example, the fourth DNA nucleotide is G. Below it write C because GC in Transcription. AUA
9 Using the Base Pairing Rules for Transcription of DNA into mrna In the Example, the fifth DNA nucleotide is also G. Below it write C because GC in Transcription. AUA
10 Using the Base Pairing Rules for Transcription of DNA into mrna In the Example, the sixth DNA nucleotide is T. Below it write A because TA in Transcription. AUA
11 Using the Base Pairing Rules for Transcription of DNA into mrna In the Example, the seventh DNA nucleotide is also T. Below it write A because TA in Transcription. AUA
12 Using the Base Pairing Rules for Transcription of DNA into mrna In the Example, the eighth DNA nucleotide is A. Below it write U because AU in Transcription. AUA
13 Using the Base Pairing Rules for Transcription of DNA into mrna In the Example, the ninth and last DNA nucleotide is T. Below it write A because TA in Transcription. You have now completed the process of Transcription for the Gene X AUA
14 Using the Base Pairing Rules for mrna to trna you will identify the matching trna AntiCodon for Each mrna codon listed. In the example, the first mrna nucleotide is U. Below it write A because UA when codons and anticodons pairup during translation. ACC AUA GGU UAU
15 Using the Base Pairing Rules for mrna to trna you will identify the matching trna AntiCodon for Each mrna codon listed. In the example, the second mrna nucleotide is G. Below it write C because GC when codons and anticodons pairup during translation. ACC AUA GGU UAU
16 Using the Base Pairing Rules for mrna to trna you will identify the matching trna AntiCodon for Each mrna codon listed. In the example, the third mrna nucleotide is also G. Below it write C because GC when codons and anticodons pairup during translation. ACC AUA GGU UAU
17 Using the Base Pairing Rules for mrna to trna you will identify the matching trna AntiCodon for Each mrna codon listed. In the example, the fourth mrna nucleotide is C. Below it write G because CG when codons and anticodons pairup during translation. ACC AUA GGU UAU
18 Using the Base Pairing Rules for mrna to trna you will identify the matching trna AntiCodon for Each mrna codon listed. In the example, the fifth mrna nucleotide is also C. Below it write G because CG when codons and anticodons pairup during translation. ACC AUA GGU UAU
19 Using the Base Pairing Rules for mrna to trna you will identify the matching trna AntiCodon for Each mrna codon listed. In the example, the sixth mrna nucleotide is A. Below it write U because AU when codons and anticodons pairup during translation. ACC AUA GGU UAU
20 Using the Base Pairing Rules for mrna to trna you will identify the matching trna AntiCodon for Each mrna codon listed. In the example, the seventh mrna nucleotide is also A. Below it write U because AU when codons and anticodons pairup during translation. ACC AUA GGU UAU
21 Using the Base Pairing Rules for mrna to trna you will identify the matching trna AntiCodon for Each mrna codon listed. In the example, the eighth mrna nucleotide is U. Below it write A because UA when codons and anticodons pairup during translation. ACC AUA GGU UAU
22 Using the Base Pairing Rules for mrna to trna you will identify the matching trna AntiCodon for Each mrna codon listed. In the example, the ninth mrna nucleotide is A. Below it write U because AU when codons and anticodons pairup during translation. You have now identified the three trna anticodons for the example Gene X ACC AUA GGU UAU
23 In this step, you will be identifying the Amino Acid that is carried by each of the trna AntiCodons (triplets) that you have identified for Gene X The first anticodon (triplet) is ACC. Look at the chart on the left and find the trna triplet that matches and write down the Amino Acid Number associated with it. ACC = 20 ACC AUA GGU UAU
24 In this step, you will be identifying the Amino Acid that is carried by each of the trna AntiCodons (triplets) that you have identified for Gene X The second anticodon (triplet) is GGU. Look at the chart on the left and find the trna triplet that matches and write down the Amino Acid Number associated with it. GGU = 12 ACC AUA GGU UAU
25 In this step, you will be identifying the Amino Acid that is carried by each of the trna AntiCodons (triplets) that you have identified for Gene X The third anticodon (triplet) is UAU. Look at the chart on the left and find the trna triplet that matches and write down the Amino Acid Number associated with it. UAU = 13 ACC AUA GGU UAU
26 The last step in the process of translation is to identify the trait that the amino acid sequence codes for. In the example, the amino acid code is Look at the chart on the left and find the code. Write down the trait that is associated with that code = Hairy ACC AUA GGU UAU HAIRY
27 Now that you have completed an example of how to solve for a gene, follow the same steps to complete all 12 genes that are for your specific subject #. Once you have completed all 12 genes, draw a picture of what you think your organism looks like. Turn in both your Data Table and Your Drawing to Mr. Haug On the next pages are some examples of past CHNOPS characters that were created from 1 of the 6 different subjects.
28 CHNOPS Gallery
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37 ACC AUA GGU UAU HAIRY
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