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the amino acid chart and how proteins are formed.

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coding for translation

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Albinism is a mutation that occurs when the nitrogen base mutates. Therefore the amino acid changed and the protein does as well, resulting in a lack of melanin in the skin.

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Not always because sometimes two different anticodons lead to the same amino acid

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This activity related to the different forms of albinism because it show an mistake during transcription can result in a different amino acid strain. Witch during translation the prontinr would change, and there would be a different amount of melanin in a person.

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2. Well the albino kids were all mutations, the DNA used transcription to MRNA and that mutated DNA piece then translated into an amino acid turning it into a mutation.

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1.It will most likely change but some proteins have multiple mrna sequences making it very possible but just a low chance

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No, it would not always result in a mutation because some bases in DNA code to the same thing in the mRNA

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3. I learned the processes of translation and transcription

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The coolest thing I learned was probably when we translated DNA to mRNA.

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This relates to albinism because a mutation happen to have a result in those people having albinism.

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coding the mRNA and DNA because I never had heard of that before.

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coding the mRNA and DNA because I never had heard of that before.

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The activity relates to different forms of albinism by showing how albinism can occur and affect how a mutation can affect how you look or function

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it teaches us how somebody can get a mutation and that one letter change makes all the difference to someone

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it teaches us how somebody can get a mutation and that one letter change makes all the difference to someone

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not always because there are a lot of nitrogen bases

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not always because there are a lot of nitrogen bases

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how to translate and transcribe stuff

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In most cases it wont because there is more then one set.

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No not always, different codons can results in the same amino acid, but most of the time the sequence will result in a different protein.

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This activity relates to albinism because there was probably a mutation in a nitrogen base which in transcription, it will create a different code. Then in the translation, this different code will make a different amino acid which is what melanin is made of.

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it shows how an error during transcription can change the protein being made which is called a mutation

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it shows how an error during transcription can change the protein being made which is called a mutation

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translation and transcription and how to do it.

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how proteins are made

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What mRNA and tRNA are

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translation is very easy and cool to get an answer out of

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It shows us how a mistake during transcription can result in a different amino acid being placed during translation which would change the protein made and differ the amount of melanin in a person. 

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It shows us how a mistake during transcription can result in a different amino acid being placed during translation which would change the protein made and differ the amount of melanin in a person. 

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It shows how mutations can be causes through the transcription and translation process. For people with albinism they would get a mutation that has something to do with their melanin and then that causes albinism.

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this relates because albinism is a mutation and were learning that a change in transcription causes a mutation

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this relates because albinism is a mutation and were learning that a change in transcription causes a mutation

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it explains that differences in genes during transcription or translation can effect how melanin is produced.

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it explains that differences in genes during transcription or translation can effect how melanin is produced.

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Not all of the time because there are many varieties of nitrogen bases that can make different proteins

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Not all of the time because there are many varieties of nitrogen bases that can make different proteins

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sometimes because some letters match up with the same proteins but sometimes it will change the type of protein

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It relates because it helps us gain an understanding of what happened, and how a small change in bases created a change in the melanin part of genes.

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It showed how a slight change in one nitrogen base can sometimes lead to a much larger difference in the phenotype

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not all the time since theyres more than 1 set

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not all the time since theyres more than 1 set

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how dna instruction can be taken out of the safety of the nucleus(mRNA)

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No, Not always because there are multiple sets of bases that could go to one protein.

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I now understand what the purpose of mRNA and tRNA is. 

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I now understand what the purpose of mRNA and tRNA is. 

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not always, because if it is one of the last bases that is changed it could still have the same amino acid for example in ACG, the G could be substituted for any other nitrogen base and still be THR

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It displayed to us how these melanin defects could manifest through the transcription and translation process

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Not always. Different codons can still result in the same amino acid being placed which would result in the same protein being made. 

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Not always. Different codons can still result in the same amino acid being placed which would result in the same protein being made. 

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Yes, because the change causes a mutation and that changes the code that makes the protein.

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No, sometimes different codons can code for the same amino acid, for example AAA and AAU may produce the same acid even though they are different.

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No, sometimes different codons can code for the same amino acid, for example AAA and AAU may produce the same acid even though they are different.

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yes because during the translation process a different amino acid will be made causing a mutation

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Yes, because then it changes the code to make protein. 

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Yes, because then it changes the code to make protein. 