Polish your furniture...
put it in a jar
Scrappy Doo since Jar-Jar Binks has, in the Clone Wars TV series, saved the day several times
Yes, there is DNA present in earwax.
Place an open jar in the tank. The flush is reduced by the amount of water saved in the jar.
Another name for earwax is cerumen. Earwax is a waxy substance that is yellow in color and is secreted in the ear canal.
"I got misty eyes as they said farewell, But I'll know where several are, If my dreams get real bizarre, Cause I saved a few and I keep them in a jar!" FIREFLIES!
A man with two recessive alleles for earwax would have the phenotype of dry earwax. Since dry earwax is the recessive trait, having two recessive alleles means he expresses this trait. Therefore, his phenotype is characterized by dry earwax.
The probability of a child having wet earwax depends on the genetics of the parents. Wet earwax is typically governed by a dominant allele, while dry earwax is recessive. If both parents have wet earwax (and are either homozygous or heterozygous), the child will likely inherit the wet earwax trait. However, if one parent has dry earwax, the probability varies based on the genetic makeup of both parents.
It is normal for the ear canal to have some yellowish-brown earwax
Yes, it is possible for their child to have dry earwax, depending on the genetic traits inherited from the parents. Dry earwax is often associated with a specific allele of the ABCC11 gene, which can be passed down from either parent. If both parents carry the allele for dry earwax, their child may inherit it, leading to dry earwax production. However, if the child inherits the allele for wet earwax from both parents, they will likely have wet earwax instead.
Yes, it is possible for their children to have dry earwax. The type of earwax—dry or wet—is largely determined by genetics, specifically by a single gene that influences this trait. If either parent carries the gene for dry earwax, their children can inherit that trait. Therefore, the presence of dry earwax in the offspring is dependent on the genetic combinations they receive from their parents.
yes