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Genetics
| Heredity | Is the process of transmitting genetic information, traits, and characteristics. |
| Trait | Is a specific, observable characteristic or attribute of an organism. |
| Genetics | It is the biological study of heredity, examining how genes composed of DNA pass traits from parents to offspring. |
| Fertilization | Is the biological process in which male and female haploid gametes. |
| Purebred | Is when an organism whose ancestors over many generations belong to a single, recognized breed or strain. |
| Gene | Is the basic physical and functional unit of heredity. |
| Allele | Is a variant form of a specific gene located at the same position. |
| Dominant allele | Is a genetic variant that expresses its associated phenotype. |
| Recessive allele | Is a version of a gene that only determines an organism's phenotype. |
| Hybrid | Is the offspring resulting from the crossbreeding of two genetically distinct individuals. |
| Punnett square | It is a graphical grid diagram used in biology to predict the potential genotypes and phenotype's. |
| Phenotype | Is the set of observable physical, physiological, or behavioral characteristics of an organism. |
| Genotype | Is the specific genetic makeup or DNA sequence of an organism. |
| Homozygous | Is having inherited two identical alleles of a specific gene, one from each biological parent. |
| Heterozygous | Is a diploid organism that has inherited two different alleles of a specific gene |
| Incomplete dominance | Is a form of genetic inheritance where one allele for a specific trait is not completely expressed. |
| Codominance | Is a genetic inheritance pattern where both alleles in a heterozygote are fully and equally expressed. |
| Multiple alleles | Is the existence of three or more different allele variants. |
| Polygenic inheritance | Is a pattern in which a single phenotypic trait is controlled by the cumulative. |
| Messenger RNA | Is a single-stranded molecule that carries genetic instructions from DNA. |
| Transfer RNA | Is a small RNA molecule (typically 76–90 nucleotides) that acts as an adaptor. |
| Mutation | Is a permanent alteration in the DNA sequence of an organism's. |
| Sex chromosomes | Is a specific pair of chromosomes that determine an organism's biological sex and sexual characteristics. |
| Sex-linked gene | Are genes located on the sex chromosomes. |
| Carrier | Is an individual who possesses one copy of a recessive, disease-causing gene mutation. |
| Genetic disorder | Is a disease or health condition caused by abnormalities. |
| Pedigree | Is a diagrammatic family tree that uses standardized symbols to map the biological relationships. |
| Karyotype | Is the complete, ordered set of chromosomes in a cell. |
| Selective breeding | Is the intentional process where humans breed plants or animals for specific, desirable genetic traits. |
| Inbreeding | Is the mating of organisms that are closely related by ancestry. |
| Hybridization | Is the process of crossing two different individuals—varieties, species, or genera—to produce offspring. |
| Clone | An organism, cell, or molecule that is genetically identical |
| Genetic engineering | Is the direct manipulation, modification, and transfer of an organism's genes. |
| Gene therepy | Is a molecular biology technique that treats or cures diseases. |
| Genome | Is the complete set of genetic material. |
| Ethics | Is a field of applied ethics that examines the moral rightness or wrongness. |
| Meiosis | Is a specialized form of cell division that reduces the chromosome. |
| Crossing Over | Is the exchange of genetic material between non-sister chromatids. |
| Zygote | Is the initial diploid cell formed by the fusion of a haploid female. |
| Gametes | Is haploid reproductive cells. |
| Protein Synthesis | The fundamental biological process where cells build proteins |
| Autosomal Chromosomes | Is any of the numbered, non-sex-determining chromosomes in a eukaryotic cell. |