Table 1.
Historical overview of pharmacogenetics and pharmacogenomics
Year | Individual(s) | Landmark |
---|---|---|
510 bc | Pythagoras | Recognition of the dangers of ingesting fava beans, later characterized to be due to deficiency of G6PD [1] |
1866 | Mendel | Establishment of the rules of heredity [11] |
1906 | Garrod | Publication of ‘Inborn Errors of Metabolism’ [12] |
1932 | Snyder | Characterization of the ‘phenylthiourea nontaster’ as an autosomal recessive trait [13] |
1956 | Carson et al. | Discovery of glucose-6-phosphate dehydrogenase deficiency [14] |
1957 | Motulsky | Further refined the concept that inherited defects of metabolism may explain individual differences in drug response [15] |
1957 | Kalow & Genest | Characterization of serum cholinesterase deficiency [16] |
1957 | Vogel | Coined the term pharmacogenetics [17] |
1960 | Price Evans | Characterization of acetylator polymorphism [18] |
1962 | Kalow | Publication of ‘Pharmacogenetics – Heredity and the Response to Drugs’ [19] |
1977/79 | Mahgoub et al. and Eichelbaum et al. | Discovery of the polymorphism in debrisoquine hydroxylase sparteine oxidase [20, 21] |
1988 | Gonzalez et al. | Characterization of the genetic defect in debrisoquine hydroxylase, later termed CYP2D6 [22] |
1988–2000 | Various | Identification of specific polymorphisms in various phase I and phase II drug metabolizing enzymes, and latterly in drug transporters |
2000 | Public-private partnership | Completion of the first draft of the human genome [23, 24] |
2000 | The International SNP Map Working Group | Completion of map of human genome sequence variation containing 1.42 million SNPs [5] |