autosomal dominant
Autosomal.
Tyler Steven Hayden discovered polydactyly.
No, it is autosomal dominant.
Progeria is autosomal dominant.
Yes, attached ear lobes are autosomal recessive.
eat your boogers
No. Polydactyly is purely an autosomal dominant genetic disorder and cannot be caused by any environmental stress.
Nope! The disease is equally in both males and females. This means that it is autosomal.
http://www.emedicine.com/derm/topic692.htm Postaxial hand polydactyly is a common isolated disorder in African black and African American children, and autosomal dominant transmission is suspected. Postaxial polydactyly is approximately 10 times more frequent in blacks than in whites and is more frequent in male children. In contrast, postaxial polydactyly seen in white children is usually syndromic and associated with an autosomal recessive transmission.
Polydactyly, the condition of having extra digits, can pass on from generation to generation due to genetic inheritance. It is usually inherited in an autosomal dominant manner, meaning that if one parent carries the gene for polydactyly, there is a 50% chance each child will inherit the condition. The specific genes and mechanisms involved in polydactyly inheritance can vary depending on the underlying genetic causes.
Polydactyly is a genetic disorder which leads to one having six fingers or toes. This is also known as hexadactyly. It is caused by an autosomal dominant gene. ~ Poly = many dactly = fingers and toes. Polydactyly means more than the usual number of fingers and/or toes. Some cases can be genetic but most are not and there can be any number (not necessarily 6).
Tyler Steven Hayden discovered polydactyly.
75%
Polydactyly and syndactyly can occur simultaneously when extra digits are fused
Polydactyly can be corrected by surgical removal of the extra digit or partial digit
Polydactyly is the term for the presence of extra fingers. Syndactyly is the term for fused fingers.
Genes that are location on the sex chromosomes.
Polydactyly is more common in men, because it is a genetic disorder. Because females have 2 X chromosomes, a recessive trait passed down on one will be covered by the dominant trait on their other X chromosome for no polydactyly. Males though, have an X and Y chromosome which means that that the Y chromosome, carrying no trait for polydactyly, will not affect an X chromosome with the allele for polydactyly. Hence, polydactyly is found in men more than women.