Sign Up to BioTechniques free email alert service to receive content updates.
Who are you?
 
Douglas McCormick
BioTechniques, Vol. 43, No. 4, October 2007, p. Si
Full Text (PDF)

We cannot resist introducing this month's special reviews on the biotechniques of human identification by citing the most famous passage from Alexander Pope's Essay on Man. The stanza begins

Know then thyself, presume not God to scan The proper study of Mankind is Man

and closes with this assessment of the study subject:

Great Lord of all things, yet a prey to all, Sole judge of truth, in endless error hurl'd; The glory, jest and riddle of the world.

Systematic analysis of short tandem repeats in microsatellite DNA did not really begin until the early 1990s. By 1997, a reviewer could confidently write, “DNA analysis has become the standard method in forensic stain typing…. The typing results are usually recorded as DNA fragment lengths or ‘alleles’ indicating the number of core repeat elements for short tandem repeat systems” (1).

The range of tests has grown from four STR loci, yielding a 1:10,000 probability of a match between unrelated individuals, to panels of 10 loci (with a random-match probability of about 1:10,000,000,000,000), to the current 13-locus standard, where even full siblings have only a 1:40,000 chance of matching each others' profiles (2). And now, as our authors point out here, new technologies are expanding our capabilities even further.

When we study our genetic profiles, we hold a mirror up to ourselves. In this technical literature, we see the darkness of our times along with their light: we employ this self-knowledge to identify predator and prey, slayer and slain. Search the literature and you will find that about one paper out of every twenty on forensic genetic fingerprinting has appeared in the Croatian Medical Journal. This is puzzling for the briefest second, and then suddenly it isn't. That is the riddle, that we as a species can invent the exquisite science to see ourselves so clearly, and commit the crimes that make them necessary.

Short tandem repeat typing technologies used in human identity testing

John M. Butler…ii

Forensic DNA fingerprinting by liquid chromatography-electrospray ionization mass spectrometry

Herbert Oberacher and Walther Parson…vii

BioTechniques Staff

Editorial Director: Douglas McCormick

Managing Editor: Colleen M. Smith

Research Editor: Patrick C.H. Lo, Ph.D.

Contributing Editor: Kevin Ahern, Ph.D.

Copy Editor: Leslie Ann Weekes

Editorial Assistant: Natalie Goode

Production Manager: Sarah J. Craven

Production Coordinators: Tavares Jones, Yusef Ramelize

Advertising Production Coordinator: Pamela Ferrer

Production Designer: Edward B. Hamel

Marketing Director, Life Sciences: Phillip A. Lofaso

Circulation Manager: John E. Azua

Managing Director, Life Sciences Publishing: Philip Smith, Ph.D.

Assistant Managing Director: Tim Budgen

Advertising Sales Representatives

Sales Director: Robert A. D'Angelo

Account Manager Inside Sales: Gail Tavelman

Advertising Sales Coordinator: Christine Briglia

East Coast/Mid Atlantic Representative:

Cheryl Wall, 617-482-0445

Midwest Representative:

Bob Zander, 312-925-7648

West Coast Representative:

Colleen Doran, 510-832-6551

Europe, Middle East, Australia, New Zealand, Singapore, Mainland China, Korea, Japan, Taiwan:

Roger Gonçalves, +41 43 243 13 58

List Rental:

Jessie McNair, 212-520-2729

Reprints:

References
1.) Schneider, PM. 1997. Basic issues in forensic DNA typing. Forensic Sci Int. 88:17-22.

2.) Gill, P. 2002. Role of short tandem repeat DNA in forensic casework in the UK—past, present, and future. BioTechniques 32:366-372.




Back to top