Font Paragraph Styles Editing Voice Editor Reuse Files ...1. .. 2. . . 3 -. . .. 4- . ... 5-... 6.. 7... . 8... . . . .. As you now know, a gene is a sequence of nucleotides in a DNA molecule that directs the formation of a protein. In the activity below, you will find the gene that codes for the protein known as beef Insulin, which is a protein that breaks down sugar in a cow's blood. Begin by transcribing the gene into MRNA. Then use the MRNA sequence and the codon table to translate the gene into a protein. Use the three letter abbreviations contained in the table to fill in the beef insulin molecule. ТАССAGTTAGTтсGTAGACACCсТСAGTGGATCАССТСCGGGATАТАААССАААСGсCСCT AUGGUCAAUCAGCAUCUGUGGGAGUCACCUAGUGGAGGCCCUAUAUUUGGUUUGCGGCGA CTCTCCCAAGAAAATGATGGGGTTTCGTCCATAACACCTTGTCACAACAGCAAGACAAAC GAGAGGGUUCUUUUACUACCCCAAAGCAGGUAUUGUGGAACAGUGUUGUCGUUCUGUUUG АAGCAACATGGTTAACCTCTTААТААСGATCTАА UUCGUUGUACCAAUUGGAGAAUUAUUGCUAGAUUAA

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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How is transcription and translation simulated in this activity?

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BUILD A PROTEIN LAB ACTIVITY • Saved to this PC -
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A Tanya Abigail Clemen
TA
File
Home
Insert
Draw
Design
Layout
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Mailings
Review
View
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O Comments v
A Share
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- A A Aa v A aba A
O Find v
Times New Romar v 12
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I ..
As you now know, a gene is a sequence of nucleotides in a DNA molecule that directs the formation of a protein. In the activity below,
you will find the gene that codes for the protein known as beef Insulin, which is a protein that breaks down sugar in a cow's blood.
Begin by transcribing the gene into mRNA. Then use the mRNA sequence and the codon table to translate the gene into a protein.
Use the three letter abbreviations contained in the table to fill in the beef insulin molecule.
TACCAGTTAGTCGTAGACACCCTCAGTGGATCACCTCCGGGATATAAACCAAACGCCGCT
AUGGUCAAUCAGCAUCUGUGGGAGUCACCUAGUGGAGGCCCUAUAUUUGGUUUGCGGCGA
СтстСССААGAAAATGATGGGGTTTCGTCСАТAАСАССТтGTCACAACAGCAAGACAAAС
GAGAGGGUUCUUUUACUACCCCAAAGCAGGUAUUGUGGAACAGUGUUGUCGUUCUGUUUG
АAGCAACATGGTTAACCTCТTААТААСGAТСТААТТ
UUCGUUGUACCAAUUGGAGAAUUAUUGCUAGAUUAA
"BUILD A PROTEIN LAB ACTIVITY": 835 characters (an approximate value).
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3:09 PM
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Transcribed Image Text:AutoSave ● ff BUILD A PROTEIN LAB ACTIVITY • Saved to this PC - O Search (Alt+Q) A Tanya Abigail Clemen TA File Home Insert Draw Design Layout References Mailings Review View Help O Comments v A Share X Cut - A A Aa v A aba A O Find v Times New Romar v 12 LE Copy S Replace Paste Dictate Editor Reuse B IU v ab x, x A vev A Select v S Format Painter Files Clipboard Font Paragraph Styles Editing Voice Editor Reuse Files L 1 ... . 1 4 5 . . .| . . . 6 8. I .. As you now know, a gene is a sequence of nucleotides in a DNA molecule that directs the formation of a protein. In the activity below, you will find the gene that codes for the protein known as beef Insulin, which is a protein that breaks down sugar in a cow's blood. Begin by transcribing the gene into mRNA. Then use the mRNA sequence and the codon table to translate the gene into a protein. Use the three letter abbreviations contained in the table to fill in the beef insulin molecule. TACCAGTTAGTCGTAGACACCCTCAGTGGATCACCTCCGGGATATAAACCAAACGCCGCT AUGGUCAAUCAGCAUCUGUGGGAGUCACCUAGUGGAGGCCCUAUAUUUGGUUUGCGGCGA СтстСССААGAAAATGATGGGGTTTCGTCСАТAАСАССТтGTCACAACAGCAAGACAAAС GAGAGGGUUCUUUUACUACCCCAAAGCAGGUAUUGUGGAACAGUGUUGUCGUUCUGUUUG АAGCAACATGGTTAACCTCТTААТААСGAТСТААТТ UUCGUUGUACCAAUUGGAGAAUUAUUGCUAGAUUAA "BUILD A PROTEIN LAB ACTIVITY": 835 characters (an approximate value). O Focus 100% 3:09 PM O Type here to search 日 w 25°C Rain 3/8/2022
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