| A | B |
|---|
| Dominant | Stronger gene, indicate by a capital letter, always show up. ( A ) |
| Gene | Basic unit of inheritance located on a chromosome. |
| Genotype | The pair of letters ( pair of genes ) that codes for a trait. |
| Hybrid | Having two different genes of a trait. ( Aa ) |
| Phenotype | The physical appearance of a trait. ( what the trait looks like ) |
| Purebred | Having two of the same genes for a trait. ( AA / aa ) |
| Recessive | Having a weaker gene, indicated by a lower case letter, can get hidden. |
| Trait | Physical characteristic. |
| Incomplete Dominant | ( blending ) either is dominant ( RW ) appears blending ( NEW TRAIT ). |
| Co-dominant | Both are dominant C^R C^W appear both traits. |
| Dominant - Dominant | Dominant ( pure ) |
| Recessive - Recessive | Recessive ( pure ) |
| Dominant - Recessive | Dominant ( hybrid ) |
| g-g | g ( pure ) |
| R - r | R ( hybrid ) |
| Who genetically affects the daughters of a couple the mother / the father ? Who affects the sons the most ? Explain. | The daughter genetically affected from both parents ( mommy & daddy ). The son genetically affected from the mommy because the son ( XY ). The X always comes from the mommy and the Y comes from the daddy. For the daughter, daddy has to give the daughter 1 X and the other X get from the mommy. |
| Female with colorblind / Hemophilia looks like? | colorblind- X^c X^h. Hemophilia- X^h X^h. |
| Female Carrier looks like? | colorblind-X^c X. Hemophilia-X^h X. |
| Female without colorblind / Hemophilia looks like? | XX ( both ) |
| Male without colorblind / hemophilia looks like? | XY ( both ) |
| Male with colorblind / hemophilia looks like? | colorblind-X^c Y hemophilia-X^h Y |
