The genotype of an organism is the genetic makeup of an organism based on the organism's genes. The alleles in a genotype each represent the form of a particular gene and can vary in the population.Answer and E
What is the genetic makeup of an organism?Genes and ChromosomesGenes determine the way that certain characteristics, both visible and non-visible, are expressed. Such expressions include hair color, eye color and height, as well as predispositions for certain illnesses and behavior. Chromosomes can...
Genotype genetic makeup of an individual organism Phenotype visible/physical expressions of a genotype Haploid half (n) Diploid both strands (2n) Gametes reproductive cells (sperm/egg) Punnet square diagram to help predict genotypes and phenotypes of an offspring Chromosomes makes up DNA, humans have...
Genotyping and sequencing are two techniques performed to obtain information about the nucleic acids, mainly DNA of an organism. The key difference between genotyping and sequencing is that genotyping is the process of determining which genetic variant the individual possesses using markers while ...
1.The genetic makeup, as distinguished from the physical appearance, of an organism or a group of organisms. 2.The combination of alleles located on homologous chromosomes that determines a specific characteristic or trait. 3.A specific combination of alleles at one or more loci on a chromosome...
Thus, the result of a gene drive is the preferential increase of a specific genotype, the genetic makeup of an organism that determines a specific phenotype (trait), from one generation to the next, and potentially throughout the population” (NASEM 2016). In summary, it can be described ...
Evolution is the process by which species of organism undergo change over a period of time through natural selection. The genetic makeup of organism is traced using fossils or DNA technology. Science is a way of understanding nature and developing explanations for stuctures. Science does not pro...
In terms of biological survival, seemingly inconsequential random differences in genetic makeup may very well explain why some organisms successfully adapt to changes in the environment and why others fail. That is, adaptability may be nothing more than simple chance variability in DNA that happens ...
A change in the genetic makeup of an organism leads to a new trait which becomes prevalent in the group. Many organisms descend from this point and have this trait. New variations continue to arise: some are adaptive and persist, leading to new traits. ...
The response of a species to environmental conditions or resources depends on the genetic makeup of the species. The limits and optima are determined throughnatural selectionand other mechanisms that affect the genome. All organisms have some degree of “phenotypic plasticity,” or the ability to ...