● These sequence show `color{Violet}"high degree of polymorphism"` and form the `color{Violet}"basis of DNA fingerprinting"`.
● Since DNA from `color{Violet}"every tissue"` (such as blood, hair-follicle, skin, bone, saliva, sperm etc.), from an individual show the `color{Violet}"same degree of polymorphism"`, they become very useful identification tool in `color{Violet}"forensic applications"`.
● Further, as the polymorphisms are `color{Violet}"inheritable"` from `color{Violet}"parents to children"`, DNA fingerprinting is the basis of `color{Violet}"paternity testing"`, in case of disputes.
● As polymorphism in DNA sequence is the `color{Violet}"basis of genetic mapping"` of human genome as well as of `color{Violet}"DNA fingerprinting"`, it is essential that we understand what DNA polymorphism means in simple terms.
● These sequence show `color{Violet}"high degree of polymorphism"` and form the `color{Violet}"basis of DNA fingerprinting"`.
● Since DNA from `color{Violet}"every tissue"` (such as blood, hair-follicle, skin, bone, saliva, sperm etc.), from an individual show the `color{Violet}"same degree of polymorphism"`, they become very useful identification tool in `color{Violet}"forensic applications"`.
● Further, as the polymorphisms are `color{Violet}"inheritable"` from `color{Violet}"parents to children"`, DNA fingerprinting is the basis of `color{Violet}"paternity testing"`, in case of disputes.
● As polymorphism in DNA sequence is the `color{Violet}"basis of genetic mapping"` of human genome as well as of `color{Violet}"DNA fingerprinting"`, it is essential that we understand what DNA polymorphism means in simple terms.