Each organism must inherit a single copy of every gene from both its "parents" and when an organism produces its own gametes, those two sets of genes must be separated from each other so that each gamete contains just one set of genes.
Medelian Genetic Principle #1
The traits of an organism are determined by its genes
Mendelian Genetic Principle #2
Each organism has two alleles that make up the genotype for a given trait
Mendelian Genetic Principle #3
In sexual reproduction, each parent contributes just one of their alleles to its offspring
Mendelian Genetic Principle #4
In each genotype there is a dominant allele. If it exists in an organism, the phenotype is determined by that allele
Mendel's principles of genetics requires that a discrete element (gene) confer an observable trait, that these elements be heritable from parent to offspring and that during reproduction they sort independently of at least some other parental traits, giving rise to new genetic combinations. These requirements served as the foundation of genetics theory.
Law of Segregation and the Law of Independent Assortment
Each organism must inherit a single copy of every gene from both of its parents. When an organism produces its own gametes, those two sets of genes must be separated from each other.
Mendel studied genetics. He gave 4 laws of gentics. Gregor Mendel found that you get inherited traits from generations. He also discovered that genes get passed on by experimenting on peas.
the chromosome and the nucleus
segregation,independant assortment
There are a lot of things that could be considered to be a genetics characterization. On thing is appearance.
The study of the DNA is the system where these stream of things that holds the data of the genetics information of your cell and that is what makes you dark light tall,short and all that things is have is by the DNA.
Evolution is the change in allele frequency over time in a population of organisms. One of the most important things modern genetics can do is observe this fact of nature by modern evolutionary genetic sequencing of many population genomes.
Gregor Mendel's experiment with pea plants was one of the first genetic experiments. Genetics play a very important role in evolution, for if there were not genes, nothing would evolve. Since things evolve by selection (or what genes get 'selected' to be passed down to the next gereration), Gregor polinated one plant with another plant of the same species with different features, and he got a plant that had similar features to the previous plants. Thus, he speculated that traits from parent plants would be expressed in their offspring because of genes.
because other wise everything would be the same. and other wise is everyone had the same genetics, itd be like inbreeding and because of the genetics being the same itd cause problems and cells tend to mutate.. soo, that's basically why, to keep things different and not miutated ahha
There are a lot of things that could be considered to be a genetics characterization. On thing is appearance.
A b word for living things
The study of the DNA is the system where these stream of things that holds the data of the genetics information of your cell and that is what makes you dark light tall,short and all that things is have is by the DNA.
stoof lawl whattt?
Genetics are important to study because it helps us figure out traits of things to help find genetic disorders.
Genetics... Some things can stunt growth.
Genetics, environment and health
Genetics, environment, education, friends and society
Biomechanical principles
Philosophy is the study of the fundamental principles of things. It includes such subdisciplines as aesthetics (fundamental principles of art and beauty), metaphysics (fundamental principles of reality), ethics (fundamental principles of right and wrong), epistemology (fundamental principles of knowledge) and logic (fundamental principles of rational thought).
yo its Eli 75 yoiu said can living things be related to us humans well they can by having tke same genetics as us humans and our hormones it is ok to have different bodies but same genetics
Similar appearance similar genetics