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No because some may result in a same amino acid

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This relates to what we learned because it demonstrates how the different forms of albinism came to be.

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I learned about what causes a mutation and leads to different traits/what makes up DNA

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The coolest thing I learned this week was learning how to transcribe and translate DNA into mRNA, into amino acids, into proteins.

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I learned how different parts of me were made and how to do it myself.

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I learned how different parts of me were made and how to do it myself.

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This activity relates to what we learned about different forms of albinism earlier this week because in order to have albinism, it has to be a mutation. This means that when you were doing transcription, one of the nitrogen bases were off which causes translation to be different and this all could causes the melanin to become low which is what happens if you have albinism.

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The coolest thing I learned this week was translation

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This relates to the different types of albinism because the different types are most likely caused by a small mutation in the nitrogen base that makes the outcome of translation not melanin, and instead another protein.

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This relates to the different types of albinism because the different types are most likely caused by a small mutation in the nitrogen base that makes the outcome of translation not melanin, and instead another protein.

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No because some of them could result in the making of the same amino acid

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No because some of them could result in the making of the same amino acid

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The albinism could be a part of the transcription that had a mutation in it which causes it

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The albinism could be a part of the transcription that had a mutation in it which causes it

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I learned how mutations in DNA can end up changing traits

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I learned how mutations in DNA can end up changing traits

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No, 1 change won't always result in an observable mutation because some codons result in the same amino acid.

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No, 1 change won't always result in an observable mutation because some codons result in the same amino acid.

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Not always because some of the nitrogen bases could make the same amino acid.

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There would have been a mutation in the transcription causing the translation to be different and the amino acid causing a different protein. 

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There would have been a mutation in the transcription causing the translation to be different and the amino acid causing a different protein. 

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The coolest and most fun thing that I learned was how to transcribe things

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I found transcription interestante (spanish by the way)

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I found transcription interestante (spanish by the way)

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It shows how there could be a mutation in the DNA that could be the reason that family had albino children

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It shows how there could be a mutation in the DNA that could be the reason that family had albino children

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It relates because it shows us that there was a mutation in transcription which would cause the trait.

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No because even if the nitrogen base is changed, it can still fall into the same amino acid.

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No because even if the nitrogen base is changed, it can still fall into the same amino acid.

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No because some nitrogen bases can mean the same amino acid. 

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No because some nitrogen bases can mean the same amino acid. 

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It shows that there would be a mutation in the transcription meaning the translation would make different proteins causing a change in the melanin possibly

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No because sometimes there could be multiple codons could lead to the same amino acid

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It shows that there would have to have been a mutation in the transcription. Causing translation to make different amino acids making different proteins that have to do with melanin.

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It shows that there would have to have been a mutation in the transcription. Causing translation to make different amino acids making different proteins that have to do with melanin.

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Not always because they still might end up in they same category thing

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No because sometimes there are multiple codons for the same amino acid.

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learning that changing just one nitrogen base, it could make a different protein.

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learning that changing just one nitrogen base, it could make a different protein.

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There would be a mutation in the transcription which would affect the mRNA and that would make the translation make a different melanin.

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There would be a mutation in the transcription which would affect the mRNA and that would make the translation make a different melanin.

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Learning about transcription and translation, then finding out the proteins of it.

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the same nitrogen bases can code for the same amino acid

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the same nitrogen bases can code for the same amino acid

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No because in some amino acids, multiple codons code for the same one so it would be a silent mutation.

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No because in some amino acids, multiple codons code for the same one so it would be a silent mutation.

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different sequences can result in completely different outcomes

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different sequences can result in completely different outcomes

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That the transcription incorrect, so when it is translated, the different types of albinism are formed.

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no, because multiple nitrogen bases can come with the same amino acid

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no, because multiple nitrogen bases can come with the same amino acid

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No, there are a few amino acids that are a result from multiple different codons.

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I enjoyed transcribing and translating until the 6th time

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the different types of albinism are probably different forms of nitrogen bases that have mutated (i assume)

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I found it interesting to learn the process of transcription and translation.

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I found it interesting to learn the process of transcription and translation.

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I am guessing that there was a mistake, most likely in transcription. Thus when it is translated, there is something changed with the melanin.

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I am guessing that there was a mistake, most likely in transcription. Thus when it is translated, there is something changed with the melanin.

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no, some amino acids can come from multiple codons

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No, because different codons can result in the same protein.

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No, because different codons can result in the same protein.