because some of the characteristics you can get from your family and others you get from environmental conditions
It is because of dominance in your traits
Physical traits can be more common than others due to a variety of reasons, including natural selection, genetic variation, and environmental influences. Some traits may offer a survival advantage in certain environments, leading to their prevalence in a population. Additionally, traits with a strong genetic basis or that are determined by dominant alleles are more likely to be common.
Characteristics that are more common than others are dominant. Recessive traits are not expressed when paired with a dominant trait.
they can do more activities
The two main sources of genetic variation are sexual reproduction, and mutation. Sexual reproduction is more common.
Yes, organisms that share more levels of classification have more characteristics in common. This is because organisms that are classified under the same levels share similar evolutionary histories and genetic traits. The more levels two organisms share, the more closely related they are and the more characteristics they are likely to have in common.
squirrels
Inbreeding makes genetic abnormalities more likely, as recessive alleles are more likely to join up in related individuals. However, it is common practice in the hobby to help maintain and improve some characteristics of the parent fish.
Yep- people who had a parent with HD. Since it is a genetic disease, that is the only way to get it- inherit it from a parent. Since it is inherited, there will be areas that have more cases- notably England, Australia, and Venezuela.
Genetic engineering uses technology to replace one or more genes in an organism. This process involves altering the genetic material of an organism by introducing foreign DNA to achieve desired traits or characteristics. The most common method used is gene editing techniques such as CRISPR-Cas9.
same class,same phylum
Reproduction is the act of producing offspring, nothing more. Heredity is the transfer of genetic characteristics to those offspring. Those genetic characteristics pass down from generation to generation, extending far beyond the immediate act of reproduction.