My grandpa can wiggle his ears.
The genotype for an individual who is heterozygous for both traits of tongue rolling and cleft chin would be RrCc. "R" represents the dominant allele for tongue rolling and "r" represents the recessive allele for non-tongue rolling, while "C" represents the dominant allele for cleft chin and "c" represents the recessive allele for no cleft chin.
Some examples of discrete traits include blood type (A, B, AB, O), fingerprints patterns (loop, whorl, arch), and tongue rolling ability (can roll tongue or cannot roll tongue). These traits have distinct categories or options with no intermediate forms.
Tongue rolling is homozygous dominant and all issue from this pairing will be tongue rollers. This is the only result that is allowable with a standard Punnett square or branch diagram representation. T = tongue roller t = non-tongue roller TT X tt = 4 Tt ======With tongue rolling expressed.
Eye color Hair texture Height Skin tone Freckles Dimples Earlobe shape Tongue rolling ability Hairline pattern
no it is recessiveFamily studies clearly demonstrate that tongue rolling is not a simple genetic character, and twin studies demonstrate that it is influenced by both genetics and the environment. Despite this, tongue rolling is probably the most commonly used classroom example of a simple genetic trait in humans. Sturtevant (1965) said he was "embarrassed to see it listed in some current works as an established Mendelian case." You should not use tongue rolling to demonstrate basic genetics.No. Your mom is.
The genotype for an individual who is heterozygous for both traits of tongue rolling and cleft chin would be RrCc. "R" represents the dominant allele for tongue rolling and "r" represents the recessive allele for non-tongue rolling, while "C" represents the dominant allele for cleft chin and "c" represents the recessive allele for no cleft chin.
some times it is others no but to tell you the truth many traits to consider
Some examples of discrete traits include blood type (A, B, AB, O), fingerprints patterns (loop, whorl, arch), and tongue rolling ability (can roll tongue or cannot roll tongue). These traits have distinct categories or options with no intermediate forms.
Yes, it is possible for two tongue-rolling parents to have a non-tongue-rolling baby. Tongue rolling is often considered a genetic trait, typically associated with a dominant allele. However, if both parents carry a recessive allele for non-tongue rolling, there is a chance they could pass that trait to their child, resulting in a non-tongue-rolling offspring.
They could have hitchhikers thumb, widows peaks, attached earlobes, and the ability to roll the tongue.
Tongue rolling is homozygous dominant and all issue from this pairing will be tongue rollers. This is the only result that is allowable with a standard Punnett square or branch diagram representation. T = tongue roller t = non-tongue roller TT X tt = 4 Tt ======With tongue rolling expressed.
They could have hitchhikers thumb, widows peaks, attached earlobes, and the ability to roll the tongue.
A trait controlled by many genes
They could have hitchhikers thumb, widows peaks, attached earlobes, and the ability to roll the tongue.
Eye color Hair texture Height Skin tone Freckles Dimples Earlobe shape Tongue rolling ability Hairline pattern
No that's something totally different. I'm guessing your in biology and doing genetic traits? These two are used for a two trait ed hybrid cross but these traits are not linked together in any way.
Languages that do not require rolling the tongue include English, Mandarin Chinese, and Russian. These languages may be easier for individuals who struggle with rolling their tongue to learn.