Wiki User
∙ 15y agoAll ethnicicities have recessive genes, so it's more down to the individuals than the ancestry.
Wiki User
∙ 15y agoThe baby could inherit recessive traits from both parents, resulting in a combination of features from both ethnicities. The expression of genes is complex, so the outcome may vary.
If two black cats each carry a recessive gene for white fur, they could produce a kitten with white fur if both parents pass on their recessive gene. This would result in the kitten inheriting both recessive genes, which would override the dominant black fur gene.
The combination of genes from your parents can result in a wide range of skin tones. In this case, it is possible for you to inherit more of the lighter skin genes from your mom, which influenced your skin color to be white. Genetic inheritance is complex and can lead to diverse outcomes.
All offspring will have the genotype Rr, with a white flower trait. This is because crossing two white-flowered plants with genotype rr can only result in offspring with the genotype Rr, as the dominant trait (R) will always mask the recessive trait (r).
Not necessarily. The color of a flower is determined by its genotype, and pink flowers can result from different genetic combinations than white flowers. genotypes can interact in complex ways to produce different flower colors, such as blending or incomplete dominance.
Inheritance refers to the way genetic traits are passed down from parents to offspring, while dominant and recessive inheritance are two patterns of gene expression. Dominant inheritance occurs when a single copy of a gene is enough to express a trait, while recessive inheritance requires two copies of the gene. Inheritance is a broader concept that encompasses different modes of genetic transmission, including dominant-recessive inheritance.
has 2 recessive genes
It depends on what genes it got from the parents, recessive or dominant.
This is probably the result of the brown genes being dominant and the white genes being recessive. this is correct.
That the red flowers must carry recessive genes for white
White eyes are recessive sex-linked genes in fruit flies. White eyed males fruit flies have XWY, where W is for white eyes.
A recessive gene is a gene that is masked when a dominant gene is present. A dominant gene is a gene that will be expressed over a recessive gene. In genetic inheritance, dominant genes are denoted by uppercase letters, while recessive genes are denoted by lowercase letters.
Yes they can, it has nothing to do with them being orange or white, two white tigers can have a normal orange cub just like two orange tigers can have a white cub. It all has to do with their gene pool and which genes are recessive and when.
An example of this would be a plant with a dominant gene for flower color (e.g., purple) and a recessive gene for a different color (e.g., white). Depending on the combination of these genes, the plant will exhibit either the dominant trait (purple flowers) or the recessive trait (white flowers).
If two black cats each carry a recessive gene for white fur, they could produce a kitten with white fur if both parents pass on their recessive gene. This would result in the kitten inheriting both recessive genes, which would override the dominant black fur gene.
The genetics of chicken color involves more than one gene. There are the genes for the down and genes for the barbed feathers. There are enhancers and diluters of color, barring and mottling and all numbers and different types of genes involved in the final coloration of a chicken. It would be very difficult to get a predominately homozygous recessive white chicken and not have any leakage. The White Leghorn is a dominant white chicken, and it even has color leakage problems. There's just too many variables as chicken coloration is more than just a black hen versus a red hen with an occasional white one thrown in the mix.
If the white trait is dominant, then yes. If the white trait is recessive, then no.
Due to genetic mutation. Flies' genes can mutate into a form that prevents any pigment from getting into the eyes. When a fly receives two genes called "recessive genes" from it's parents that cause the fly from putting color into it's eyes then they appear white. If they only have one gene that tells them to have white eyes then the more "dominant gene" will prevail and cause them to have another color eye such as red.