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One extra thing that is important to genetics is Gregor mendel.He is the one that discovered genetics in the first place. He discovered genetics because of crossing pea plants and the kids of the pea plants had the traits of the older plants

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One extra thing that is important to genetics is Gregor mendel.He is the one that discovered genetics in the first place. He discovered genetics because of crossing pea plants and the kids of the pea plants had the traits of the older plants

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Genetics are very important because they are the reason that the way we are. They are the things that make up our bodies. We get our genetics from our parents and they get their genetics from their parents. We inherit 50% of our genetics from our parents who got 50% from both of their parents. so we are all made up of a bunch of our family members genetics. That is how we get our traits and our physical features.

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Genetics are very important because they are the reason that the way we are. They are the things that make up our bodies. We get our genetics from our parents and they get their genetics from their parents. We inherit 50% of our genetics from our parents who got 50% from both of their parents. so we are all made up of a bunch of our family members genetics. That is how we get our traits and our physical features.

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Q:What is a homologous chromosome? A:When a  trait has two identical alleles 

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Q:What is a homologous chromosome? A:When a  trait has two identical alleles 

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Q:What type of reproduction produces diploid cells at the conclusion? A:Sexual reproduction

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Q:What type of reproduction produces diploid cells at the conclusion? A:Sexual reproduction

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The next extra part is about dominant and Recessive alleles. The way that they work is the dominant alleles always over power the recessive allele making it so it doesn't get passed on. So if there is one capital letter and and lower case letter the capital letter will get passed on because it is dominant. The only way to pass on the recessive allele is two lower case letters.

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The next extra part is about dominant and Recessive alleles. The way that they work is the dominant alleles always over power the recessive allele making it so it doesn't get passed on. So if there is one capital letter and and lower case letter the capital letter will get passed on because it is dominant. The only way to pass on the recessive allele is two lower case letters.

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Q:Organisms that have two different alleles for a particular trait are said to be A:Heterogeneous 

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Q:Organisms that have two different alleles for a particular trait are said to be A:Heterogeneous 

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Q:Organisms that have two identical alleles for a particular trait are said to be A:Homogenous

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Q:Organisms that have two identical alleles for a particular trait are said to be A:Homogenous

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The third extra bit of information is gene linkage it is when two genes are on the same chromosome they link together. Which in then turn makes them combine.

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The third extra bit of information is gene linkage it is when two genes are on the same chromosome they link together. Which in then turn makes them combine.

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The next thing that we have to talk about is gene mapping. It is a way to figure out how likely an organism is to look that way. The farther away the different genes are from each other the more likely to cross over and have those combination of traits.

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The next thing that we have to talk about is gene mapping. It is a way to figure out how likely an organism is to look that way. The farther away the different genes are from each other the more likely to cross over and have those combination of traits.

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The fifth topic is that genes can be passed on based on an organism's environment. If an organism is born in an environment with a lot if trees it might be brown compared to an organism that is born in an environment with no trees.

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The fifth topic is that genes can be passed on based on an organism's environment. If an organism is born in an environment with a lot if trees it might be brown compared to an organism that is born in an environment with no trees.

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The last extra topic is independent assortment. It is how different traits segregate independently. It is a more complicated way of figuring out what the offspring of things will be. With independent assortment you can figure out that wrinkled green peas are more likely than smooth yellow peas for example.

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The last extra topic is independent assortment. It is how different traits segregate independently. It is a more complicated way of figuring out what the offspring of things will be. With independent assortment you can figure out that wrinkled green peas are more likely than smooth yellow peas for example.

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Genetic engineering | Genetics | Biology | FuseSchool

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1 Gene: A unit of heredity which is transferred from a parent to offspring and is held to determine some characteristic of the offspring.
2 Alleles: One of two or more alternative forms of a gene that arise by mutation and are found at the same place on a chromosome.
3 Generation: All of the people born and living at about the same time, regarded collectively.
4 Punnett Squares: A square diagram that is used to predict the genotypes of a particular cross or breeding experiment
5 Genotype: The genetic constitution of an individual
organism.
6 Phenotype: The set of observable characteristics of an individual resulting from the interaction of its genotype with the environment.
7 Incomplete dominance: Results from a cross in which each parental contribution is genetically unique and gives rise to progeny whose phenotype is intermediate
8 Codominance: A type of inheritance in which two versions (alleles) of the same gene are expressed separately to yield different traits in an individual.
9: Polygenic trait: A member of a group of non-epistatic genes that interact additively to influence a phenotypic trait
10 meiosis:Half the number of chromosomes of the parent cell, as in the production of gametes and plant spores.