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When meiosis occurs, there is a lot of chances for a mutation to occur, and since we know albinism is a mutation of a gene, we learned that somewhere in both sides of the family tree of the family, the mutation occurred, and that was passed down to the children.

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We learned that albinism is a recessive gene along with learning how it can be passed on and what chance the child might be albino. - Vincent

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We learned that albinism is a recessive gene along with learning how it can be passed on and what chance the child might be albino. - Vincent

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Each of the children from the video had a 25% chance of being born Albino

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We learned that albinism is a recessive trait which can be carried in a person's genes, but the person does not necessarily have to display albinism.

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We learned that if you don't physically show albinism but your children do, then you are a carrier of the trait.

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We learned how albinism is a recessive trait.

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We learned how albinism is a recessive trait.

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Brynley

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We learned that people can be carriers without having albinism.

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Albinism can be passed down but might not be physically shown

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Even though some people might not have albinism, they can still be carriers.

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We learned how male and female cells split to create sperms and eggs for reproduction. This helps us see how cells in the parents of our family from Brazil would split to spread their genes, and cause their kids to have albinism along with being dark-skinned.

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Can different genes affect the genes for albinism making it more/less likely?

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We learned that recessive genes can be carried throughout generations.

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We learned that Albinism is a recessive trait so it is less likely for offspring to receive that trait rather than the dominant trait which is not having albinism.

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We reviewed information about the sex cell meiosis that allowed for reproduction to occur. This uprooted the children's genes to be created, where albinism was a selective gene that only select children received.

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We learned that albinism is a recessive gene along with learning how it can be passed on and what chance the child might be albino.

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We learned that albinism is a recessive gene along with learning how it can be passed on and what chance the child might be albino.

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Is there a chance that neither of your parents are albinism carriers but your genes mutate and you're born a albino?

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When a mutation happens the protein can be dramatically changed, changing the overall purpose of it so that it cannot perform it's original function.

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We learned how a person's phenotype can change if a gene is mutated.

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Male and female gametes form differently from each other, the female meiosis process only produces one egg

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Different mutations can cause different changes in phenotype

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We learned of the types of genes that cause albinism, and their characteristics.

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People who are closer to the Equator generally have more melanin protecting their DNA, and thus have darker skin.

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People synthesize the most vitamin D in the summer. This is because the sun shines more in the summer meaning there is more UV radiation.

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People have created certain foods and supplements to compensate for the lack of vitamin D in certain areas