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Question 7 2 pts Create a S-R-F model of the sickle-cell disease. Include: beta-globin gene, nucleotide sequence, allele, hemoglobin protein, normal/sickled red blood cells as structures. Make the structures specific to the system. Your model should show how variation at the genetic level results in phenotypic variation. Therefore, you should have more than 1 box with a phenotype to show this variation. Upload Choose a File

          Question 7
2 pts
Create a S-R-F model of the sickle-cell disease. Include: beta-globin gene,
nucleotide sequence, allele, hemoglobin protein, normal/sickled red blood
cells as structures. Make the structures specific to the system. Your model
should show how variation at the genetic level results in phenotypic variation.
Therefore, you should have more than 1 box with a phenotype to show this
variation.
Upload Choose a File

Question 7
2 pts
Create a S-R-F model of the sickle-cell disease. Include: beta-globin gene,
nucleotide sequence, allele, hemoglobin protein, normal/sickled red blood
cells as structures. Make the structures specific to the system. Your model
should show how variation at the genetic level results in phenotypic variation.
Therefore, you should have more than 1 box with a phenotype to show this
variation.
Upload Choose a File

Added by Kathleen T.

Biology for AP Courses

Julianne Zedalis, John Eggebrecht

Instant Answer

Solved by Expert Sri K

05/12/2022

Step 1

Inside the box, write the specific nucleotide sequence of the beta-globin gene. Show more…

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Texts: Draw SRF model (flow chart) Question 7 2 pts Create an S-R-F model of the sickle-cell disease. Include: beta-globin gene nucleotide sequence, allele, hemoglobin protein, normal/sickled red blood cells as structures. Make the structures specific to the system. Your model should show how variation at the genetic level results in phenotypic variation. Therefore, you should have more than 1 box with a phenotype to show this variation. Upload Choose a File