Genetics

The scientific study of heredity.

Genetics pertains to humans and all other organisms.

So, for example, there is human genetics, mouse genetics, fruitfly genetics, etc.

Human genetics today comprises a number of overlapping fields, including: > >Classical or formal genetics -- the study of the transmission of single genes within families and the analysis of more complex types of inheritance.

>Clinical genetics -- the diagnosis, prognosis and, in some cases, the treatment of genetic diseases.

>Genetic counseling -- an important area within clinical genetics involving the diagnosis, risk assessment, and interpersonal communication.

>Cytogenetics -- the study of chromosomes in health and disease.

>Biochemical genetics -- the biochemistry of nucleic acids and proteins including enzymes.

>Pharmacogenetics -- how genes govern the absorption, metabolism and disposal of drugs and untoward reactions to them.

>Molecular genetics -- the molecular study of genetics including particularly DNA and RNA.

>Immunogenetics -- the genetics of the immune system including blood groups, HLA, and the immunoglobulins.

>Behavioral genetics -- the study of genetic factors in behavior in health and disease including mental retardation and mental illness.

>Population genetics -- the study of genes within populations including gene frequencies, the gene pool, and evolution.

>Reproductive genetics -- the genetics of reproduction including genes and chromosomes in germ cells and the early embryo.

>Developmental genetics -- the genetics of normal and abnormal development including congenital malformations (birth defects).

>Ecogenetics -- the interaction of genetics with the environment.

>Forensic genetics -- the application of genetic knowledge, including DNA, to legal matters.

</LI></UL>