1) Think about viral quasispecies. Imagine a scenario of a singleparental genotype GTCCA, how many viral...
1) Think about viral quasispecies. Imagine a scenario of a singleparental genotype GTCCA, how many viral genotypes may show up inthe first offspring viral population.
Homework Answers
The sequence GTCCA has 15(3+3+3+3+3)possible single point mutants.Therefore 3x3x3x3x3 possible viral genotypes may show up in the offspring viral population
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1) Think about viral quasispecies. Imagine a scenario of a
singleparental genotype GTCCA, how many viral...
1. Let's say an individual is of the genotype AABbCcDdEe. a) How many different gamete types...
1. Let's say an individual is of the genotype AABbCcDdEe. a) How many different gamete types could he/she produce for could he/she produce for these traits ? another of the same genotype, what proportion of their b) If this individual were to mate with another of the same genotype, offspring would we expect to show all 5 of the dominant phenotypes expect to show all 5 of the dominant phenotypes? How about all 5 of the recessive phenotypes ? c)...
Genetics Lab report 1. How many possitta gametes an individual with the genotype AABbCcddEe can make?...
Genetics Lab report 1. How many possitta gametes an individual with the genotype AABbCcddEe can make? 2. Calculate the following probabilities (from your PowerPoint): Obs: write the probabilities as fractions AND percentages (ex: 1 in 2 or 50%) a) What is the probability of aa in a cross between Aa x Aa? b) What is the probability of Aa in a cross between Aa x Aa? c) What is the probability of AaBb in a cross between AaBb x AaBb?...
A good way to think about how to define your personal brand is to imagine what...
A good way to think about how to define your personal brand is to imagine what people might say about you when you leave the room. If you put yourself in that scenario, what are three (3) traits and three (3) skills that those in the room would recognize you for having? How do you think those traits and skills are beneficial to an employer?
1. For each genotype, indicate whether it is heterozygous (HE) or homozygous (HO) AA __HO__ Bb...
1. For each genotype, indicate whether it is heterozygous (HE) or homozygous (HO) AA __HO__ Bb __HE__ cc __HO__ Dd __HE__ 2. For each of the genotypes below, determine the phenotype. (P=purple, p=white) Purple flowers are dominant to white flowers PP ________________________Homogeneous Dominate Pp ________________________Heterozygous pp _______________________Homozygous Recessive 3. In guinea pigs, the allele for short hair is dominant. S= Short Hair s= long Hair What genotype would a heterozygous short haired guinea pig have? ____Ss___ What genotype would a...
Fictional scenario: Individuals with green hair have the presence of the dominant gene "Z" and people...
Fictional scenario: Individuals with green hair have the presence of the dominant gene "Z" and people with purple hair are homozygous for the recessive allele “z”. There were 200 students in a classroom who were surveyed for their hair color and 155 people had green hair whereas 45 people had purple hair. Use the information to answer the next set of questions. Show your work for credit. 1) What are the variables for a recessive allele? A dominant allele? Homozygous...
Mendelian Genetics problems: 1) What are the probabilities of a particular genotype or phenotype for an...
Mendelian Genetics problems: 1) What are the probabilities of a particular genotype or phenotype for an offspring for the following parental genotypes? a. Monohybrid cross if one parent is homozygous recessive and one parent is homozygous recessive? What if both are heterozygotes? b. Dihybrid cross if one parent is homozygous recessive and one parent is homozygous recessive? What if both are heterozygotes? 2) What are the probabilities that two parents with the genotypes AaBbccDD x AabbCcDd will have an offspring with the...
Part 2: Data Tables Table 1: Parent Genotypes: Monohybrid Crosses Genotype of Genotype of Generation Individual...
Part 2: Data Tables Table 1: Parent Genotypes: Monohybrid Crosses Genotype of Genotype of Generation Individual #1 Individual #2 P YY Gg Р. Yy Gg P: Yy Gg P Yy P. Yy Gg Phenotype Ratio Generation 2:2 Р 2:2 P. Table 2: Generation Data Produced by Monohybrid Crosses Possible Offspring Possible Offspring Genotype Genotypes Phenotypes Ratio 2:2 YG, Yg Yellow green, yellow red. 2:2 yG, X Blue green, blue red. Yellow green, blue red, 1:1:1:1 YG, sg. Yg yg yellow...
utilizing the hardy weinberg equation the dots have been counted, they are the numbers in red...
utilizing the hardy weinberg equation
the
dots have been counted, they are the numbers in red
We'll simulate selection using colored dots on projected slides. Imagine, in this simple case, the phenotypes represent incomplete dominance in which you can predict the genotype from the phenotype: red is AA, pink is Aa, and white is aa. Look at the first slide in the first environment. Note that some dots are harder to see than others and may be less subject to...
1. a. How many different gametes does a parent with the following genotype produce? Aa BB...
1. a. How many different gametes does a parent with the following genotype produce? Aa BB DD Ee b. How many different genotypes are found among the progeny of the cross listed below? aa bb Dd ee x Aa BB DD Ee c. How many different phenotypes are found among the progeny of the cross listed below? Aa Bb dd Ee x Aa Bb Dd Ee
Part 2: Data Tables Table 1: Parent Genotypes: Monohybrid Crosses Generation Genotype of Individual #1 Genotype...
Part 2: Data Tables Table 1: Parent Genotypes: Monohybrid Crosses Generation Genotype of Individual #1 Genotype of Individual #2 P Yy SS P1 Sy Sy P2 yS yy P3 Sy Sy P4 Sy Sy Table 2: Generation Data Produced by Monohybrid Crosses Generation Possible Offspring Genotypes Possible Offspring Phenotypes Genotype Ratio Phenotype Ratio P YY Yy yy Yellow or Blue 1:2:1 3:1 P1 YY Yy yellow 1:1 1 P2 Yy yy Yellow or Blue 1:1 1:1 P3 Yy yy Yellow...
1. Let's say an individual is of the genotype AABbCcDdEe. a) How many different gamete types could he/she produce for could he/she produce for these traits ? another of the same genotype, what proportion of their b) If this individual were to mate with another of the same genotype, offspring would we expect to show all 5 of the dominant phenotypes expect to show all 5 of the dominant phenotypes? How about all 5 of the recessive phenotypes ? c)...
Genetics Lab report 1. How many possitta gametes an individual with the genotype AABbCcddEe can make? 2. Calculate the following probabilities (from your PowerPoint): Obs: write the probabilities as fractions AND percentages (ex: 1 in 2 or 50%) a) What is the probability of aa in a cross between Aa x Aa? b) What is the probability of Aa in a cross between Aa x Aa? c) What is the probability of AaBb in a cross between AaBb x AaBb?...
Fictional scenario: Individuals with green hair have the presence of the dominant gene "Z" and people with purple hair are homozygous for the recessive allele “z”. There were 200 students in a classroom who were surveyed for their hair color and 155 people had green hair whereas 45 people had purple hair. Use the information to answer the next set of questions. Show your work for credit. 1) What are the variables for a recessive allele? A dominant allele? Homozygous...
Part 2: Data Tables Table 1: Parent Genotypes: Monohybrid Crosses Genotype of Genotype of Generation Individual #1 Individual #2 P YY Gg Р. Yy Gg P: Yy Gg P Yy P. Yy Gg Phenotype Ratio Generation 2:2 Р 2:2 P. Table 2: Generation Data Produced by Monohybrid Crosses Possible Offspring Possible Offspring Genotype Genotypes Phenotypes Ratio 2:2 YG, Yg Yellow green, yellow red. 2:2 yG, X Blue green, blue red. Yellow green, blue red, 1:1:1:1 YG, sg. Yg yg yellow...
utilizing the hardy weinberg equation
the
dots have been counted, they are the numbers in red
We'll simulate selection using colored dots on projected slides. Imagine, in this simple case, the phenotypes represent incomplete dominance in which you can predict the genotype from the phenotype: red is AA, pink is Aa, and white is aa. Look at the first slide in the first environment. Note that some dots are harder to see than others and may be less subject to...
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