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What gene causes people to have albinism?

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punnet squares can tell you the mathematical probabilities of the kids' phenotype and genotype.

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punnet squares can tell you the mathematical probabilities of the kids' phenotype and genotype.

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Pedigrees can show who is affected, who is a carrier, and how it passes through a family.

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a punnet square helps us to know the chances of a kid having a specific gene

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a punnet square helps us to know the chances of a kid having a specific gene

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Is albinism considered a disease?

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How common is it to be a carrier for albianism?

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Pedigrees tell us if someone in the family is a carrier of some genotype.

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Punnette Squares help us find out all the facts behind who we are looking at. Wheather its the albino family or lsomeone else it gives us the percentages and facts behind them and they're heritage.

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Do different gene mutations cause different effects?

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Within a family, how often or how common does a specific mutation, like albinism occur?

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Punnet squares help us visualize different genes

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What gene mutation causes albinism

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What other eye conditions might people with albinism have

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When chromosomes match it is basically like fertilization

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Punnet Squares help us understand how genes are passed on throughout a pedigree 

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Punnet Squares help us understand how genes are passed on throughout a pedigree 

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pedigrees show who is affected in each generation and carries a specific gene

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pedigrees show who is affected in each generation and carries a specific gene

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What are the main contributing factors to families that pass down Albanism? What is the recessive trait?

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The meiosis gizmo helped us find out that when steps are skipped in the process there are different outcomes in the offspring

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Punnet squares help show visually where the phenotype for albinism comes from as well as the mathematical probability of two parents having a child with the condition.

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Punnet squares help show visually where the phenotype for albinism comes from as well as the mathematical probability of two parents having a child with the condition.

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This gizmo allowed us to understand how chromosomes transfer and contain DNA.

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How can we tell the phenotype strictly based on the genes?

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the gizmo helps us understand how genes connect to the other cells to make a cell for a baby

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the gizmo helps us understand how genes connect to the other cells to make a cell for a baby

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If both parents are albino, is it guaranteed that the child is albino

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some mutations don't always cause changes in phenotypes

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Punnet Squares shows us how a person can receive dominant and recessive genes and how they're carried on by using pedigrees.

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There are multiple mutations that can lead to albinism.

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different mutations have different causes and some of them cause more of a change in the phenotype than others

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different mutations have different causes and some of them cause more of a change in the phenotype than others

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Punnet squares allow us to better understand a probability of given genes.

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Do mutations also alter the look of a sequence

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Mutations in the protien causes the shape to be different, changes in nucleotides in the strand can alter the shape

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depending on the mutation, a mutation can make a small or a large change in phenotype

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depending on the mutation, a mutation can make a small or a large change in phenotype

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Skin tones can vary based on how close or far you are from the equator line. This is because the more sun we are exposed to the more melanin we are able to produce. People who live close to the equator who have darker skin can produce Vitamin D more easily :) People who live farther produce less Vitamin D.

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Usually the closer to the equator people are, the darker skin they have because of the UV rays that the equator gets

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Geography impacts the color of your skin but also impacts how much melanin is produced which will darken your skin to protect your DNA from UV radiation.

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When people are closer to the equator their skin is darker. The further people are from the equator the lighter their skin is.

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The closer humans are to the equator, the more UV radiation they are exposed to and the darker their skin color will be. The farther away they are from the equator the lighter their skin is because they are less exposed to UV radiation.

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The closer humans are to the equator, the more UV radiation they are exposed to and the darker their skin color will be. The farther away they are from the equator the lighter their skin is because they are less exposed to UV radiation.

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People who live closer to the equator are radiate more UV radiation and synthesize less Vitamin D. But, those who live further from the equator are lighter skinned, they radiation less UV radiation and also they synthesize more Vitamin D.

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The more Vitamin D someone reserves the darker their skin tone will be.

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The closer you are to the equator the more UV radiation and Vitamin D you are exposed to which makes your skin darker.

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UV radiation helps produce Vitamin D. The more UV radiation produced the darker your skin becomes because your melanin production increases to protect your DNA from the UV Radiation.