Question: Assignment Draw a box-and-arrow (SMRF) model representing HOW genotype determines phenotype in pe…


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Assignment Draw a box-and-arrow (SMRF) model representing HOW genotype determines phenotype in pea plants that are heterozygous for the SGR gene. Your model must include, at a minimum, the following structures: chromosome, gene, allele, mRNA, protein. Modify these terms as necessary to create a model that is specific to the function of SGR in pea plants. Answer these questions for yourself, first, to help you frame your model: Which allele/s of the SGR gene is/are present in a heterozygous plant? - Which allele/s of the SGR gene is/are transcribed in the cells of this plant? Which form/s of the SGR protein is/are found in the cells of this plant? What does the SGR protein do? -What is the phenotype of this pea plant (the color of its seeds)? - Instructions Turn in one copy of the assignment at the beginning of class, and keep one copy to work with during class. One way to do this is to complete this assignment on one sheet of carbonless paper from your lab notebook. If you prefer, you can build your model on a blank sheet of paper and make an extra copy for yourself Rubric: The table below outlines the criteria that will be used for grading this assignment. Use the rubric to guide your work and to check your model before you turn it in. Model elements (Abbreviations) Expectations (1 point each; total 10 pts) 1- The model clearly shows what the genotype of the organism is (both alleles) 3- The relationships between alleles, gene and chromosome are accurate. 1 - The model clearly shows transcription of each allele. Genotype (Gen) 2-All required structures (allele, gene, chromosome) are included. Transcription (Txn) 2-The mechanisms/processes illustrating transcription are accurate. 1-The model clearly shows how translation results in specific proteins 2-The mechanisms/processes illustrating translation are accurate. Translation (TIn) 1- The model clearly shows what the phenotype of the organism is 2-The phenotype is illustrated as a result of the protein function. Phenotype (Phe) 3- The mechanisms/processes illustrating the protein function are accurate.

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Assignment Draw a box-and-arrow (SMRF) model representing HOW genotype determines phenotype in pea plants that are heterozygous for the SGR gene. Your model must include, at a minimum, the following structures: chromosome, gene, allele, mRNA, protein. Modify these terms as necessary to create a model that is specific to the function of SGR in pea plants. Answer these questions for yourself, first, to help you frame your model: Which allele/s of the SGR gene is/are present in a heterozygous plant? – Which allele/s of the SGR gene is/are transcribed in the cells of this plant? Which form/s of the SGR protein is/are found in the cells of this plant? What does the SGR protein do? -What is the phenotype of this pea plant (the color of its seeds)? – Instructions Turn in one copy of the assignment at the beginning of class, and keep one copy to work with during class. One way to do this is to complete this assignment on one sheet of carbonless paper from your lab notebook. If you prefer, you can build your model on a blank sheet of paper and make an extra copy for yourself Rubric: The table below outlines the criteria that will be used for grading this assignment. Use the rubric to guide your work and to check your model before you turn it in. Model elements (Abbreviations) Expectations (1 point each; total 10 pts) 1- The model clearly shows what the genotype of the organism is (both alleles) 3- The relationships between alleles, gene and chromosome are accurate. 1 – The model clearly shows transcription of each allele. Genotype (Gen) 2-All required structures (allele, gene, chromosome) are included. Transcription (Txn) 2-The mechanisms/processes illustrating transcription are accurate. 1-The model clearly shows how translation results in specific proteins 2-The mechanisms/processes illustrating translation are accurate. Translation (TIn) 1- The model clearly shows what the phenotype of the organism is 2-The phenotype is illustrated as a result of the protein function. Phenotype (Phe) 3- The mechanisms/processes illustrating the protein function are accurate.

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