A 5-minute long stop motion following the process of

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Prompt

A 5-minute long stop motion following the process of polypeptide synthesis. this is the septs to take for it: DNA unzips, RNA polymerase moves along, and mRNA is created.
mRNA at the ribosome, tRNA bringing amino acids, polypeptide chain forming.
Show normal CFTR protein vs. mutated CFTR protein (ΔF508 mutation).
Show thick mucus building up in the lungs, and difficulty in breathing.
Show the mRNA & tRNA process working correctly vs. malfunctioning due to mutation.
Summary text on screen.

Knowledge and Understanding
● Demonstration of knowledge and understanding related to Module 5: Heredity
o Inquiry Question 3: Why is polypeptide synthesis important?
● Demonstration of knowledge and understanding related to Module 6: Genetic Change
o Inquiry Question 1: How does mutation introduce new alleles into a population?
Working Scientifically
● Demonstration of the Working Scientifically outcomes listed above as they apply to Module 5 and
Module 6.
Task Instructions:
Stop Motion Model of Polypeptide Synthesis (50 Marks)
You will be required to construct a model of polypeptide synthesis using stop motion with a 5 to 6 minute
timeframe.
The stop motion submission must be uploaded and submitted via Google Classroom by 9am, due date.
You will be assessed on the quality of your research and presented information, as well as the quality of the
presentation. Your stop motion must include:
➢ polypeptide synthesis.
➢ An inquiry question or hypothesis that links a type of mutation to its effect.
➢ Demonstration of a type of mutation and its effect.
➢ Assessment of the importance of mRNA and tRNA in transcription and translation.
➢ A conclusion to provide a meaningful answer to the inquiry question.

Generated at: 3/23/2025, 10:22:55 AM

With: Stop-Motion

Stop-motion in cartoons often brings a unique, tactile feel to the animation, seen in works like those from Laika Studios

Stop-Motion

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4.6