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I please need help with this multiple part question. Thank you so much for your help in advance! a) What is the protein sequence for the FOXP2 gene from Taeniopygia guttata? How similiar or different was it than the protein from Strideo magna? b) How similar or different were the gene sequences for the genes for Taeniopygia guttata and Strideo magna? How many bases were different? Were there any bases that you couldn't be sure of in any of the codons? Why? Would that variation in base affect the overall sequence of amino acids in the protein? c)Why would a similarity in genes indicate a shared evolutionary history? Analysis of the FOXP2 Gene Control feels that you are now ready to continue with the analysis of the gene. To being with the analysis, please review the information below. The gene below is a fragment. It will not start with a "start" codon. The fragment of FOXP2 gene that has been identified in Taeniopygia guttata that will be used for comparison is as follows: GCT AGA CCT CAC TAC TAA CAA TTC CTC CTC TAC TAC CTC CTC CAC CAC TTC CAA AGC ATC Analysis of the Gene From the Kepler Species The Expedition Team was able to extract the protein that may be related to the FOXP2 gene. Below is the fragment of that protein taken from Strideo magna: Arg-Ser-Gly-Val-Met-Ile-Val-Lys-Glu-Glu-Met-Arg-Glu-Gly-Val-Val-Lys-Val-Ser To conduct your analysis, please do the following. 1. Take the gene for FOXP2 from Taeniopygia guttata and translate it into a protein. 2. Compare the two proteins to each other, report back your findings. 3. Next, take the protein sequence above and determine the mRNA sequence that would have coded for this protein. If a particular amino acid is coded for by more than one codon, you may guess which codon is the correct one. Control recognizes that there can be variation in the third base of a codon without changing the amino acid that the codon codes for.

I please need help with this multiple part question. Thank you so much for your help in advance!

a) What is the protein sequence for the FOXP2 gene from Taeniopygia guttata? How similiar or different was it than the protein from Strideo magna?

b) How similar or different were the gene sequences for the genes for Taeniopygia guttata and Strideo magna? How many bases were different? Were there any bases that you couldn't be sure of in any of the codons? Why? Would that variation in base affect the overall sequence of amino acids in the protein?

c)Why would a similarity in genes indicate a shared evolutionary history?

Analysis of the FOXP2 Gene
Control feels that you are now ready to continue with the analysis of the gene.
To being with the analysis, please review the information below.
The gene below is a fragment. It will not start with a "start" codon. The fragment of FOXP2 gene that has been identified in Taeniopygia guttata that will be used for comparison is as follows:

GCT AGA CCT CAC TAC TAA CAA TTC CTC CTC TAC TAC CTC CTC CAC CAC TTC CAA AGC ATC

Analysis of the Gene From the Kepler Species
The Expedition Team was able to extract the protein that may be related to the FOXP2 gene. Below is the fragment of that protein taken from Strideo magna:

Arg-Ser-Gly-Val-Met-Ile-Val-Lys-Glu-Glu-Met-Arg-Glu-Gly-Val-Val-Lys-Val-Ser

To conduct your analysis, please do the following.
1. Take the gene for FOXP2 from Taeniopygia guttata and translate it into a protein.
2. Compare the two proteins to each other, report back your findings.
3. Next, take the protein sequence above and determine the mRNA sequence that would have coded for this protein. If a particular amino acid is coded for by more than one codon, you may guess which codon is the correct one. Control recognizes that there can be variation in the third base of a codon without changing the amino acid that the codon codes for.

I please need help with this multiple part question. Thank you so much for your help in advance!

a) What is the protein sequence for the FOXP2 gene from Taeniopygia guttata? How similiar or different was it than the protein from Strideo magna?

b) How similar or different were the gene sequences for the genes for Taeniopygia guttata and Strideo magna? How many bases were different? Were there any bases that you couldn't be sure of in any of the codons? Why? Would that variation in base affect the overall sequence of amino acids in the protein?

c)Why would a similarity in genes indicate a shared evolutionary history?

Analysis of the FOXP2 Gene
Control feels that you are now ready to continue with the analysis of the gene.
To being with the analysis, please review the information below.
The gene below is a fragment. It will not start with a "start" codon. The fragment of FOXP2 gene that has been identified in Taeniopygia guttata that will be used for comparison is as follows:

GCT AGA CCT CAC TAC TAA CAA TTC CTC CTC TAC TAC CTC CTC CAC CAC TTC CAA AGC ATC

Analysis of the Gene From the Kepler Species
The Expedition Team was able to extract the protein that may be related to the FOXP2 gene. Below is the fragment of that protein taken from Strideo magna:

Arg-Ser-Gly-Val-Met-Ile-Val-Lys-Glu-Glu-Met-Arg-Glu-Gly-Val-Val-Lys-Val-Ser

To conduct your analysis, please do the following.
1. Take the gene for FOXP2 from Taeniopygia guttata and translate it into a protein.
2. Compare the two proteins to each other, report back your findings.
3. Next, take the protein sequence above and determine the mRNA sequence that would have coded for this protein. If a particular amino acid is coded for by more than one codon, you may guess which codon is the correct one. Control recognizes that there can be variation in the third base of a codon without changing the amino acid that the codon codes for.

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