Detection of GH abuse in sport: Past, present and future

Detection of GH abuse in sport: Past, present and future / Osquel Barroso, Patrick Schamasch, Olivier Rabin. - (Growth Hormone & IGF Research 19 (2009) 4 (August) ; p. 369-374)

  • PMID: 19482501
  • DOI: 10.1016/j.ghir.2009.04.021

Abstract:

Due to its considered performance enhancing effects, human growth hormone (hGH) is abused as a doping agent in sport. Its misuse also carries potentially serious side effects to a person’s health. Consequently, hGH and its releasing factors are prohibited in sport, as established in the Prohibited List which is updated and published yearly by the World Anti-Doping Agency (WADA). In order to fight the menace that hGH doping poses to the spirit of sport and to the health of athletes, the sport movement and the anti-doping authorities, initially led by the International Olympic Committee (IOC) and later by WADA, have put substantial efforts into developing tests for its detection. Currently, a primary analytical approach, the isoform differential immunoassay, has been implemented in WADA-accredited laboratories. In parallel, a second, indirect approach for the detection of hGH abuse, based on the quantification of hGH-associated biological markers, has been developed. The final aim is to combine both methodologies to improve the sensitivity and expand the time window to detect doping with hGH. In addition, novel analytical procedures, based on proteomic and genomic technologies as well as the use of mass spectrometry-based methods of detection, are being investigated for future application in hGH anti-doping tests.

Original document

Parameters

Science
Review
Date
30 May 2009
People
Barroso, Osquel
Rabin, Olivier
Schamasch, Patrick
Country
Canada
Language
English
Other organisations
International Olympic Committee (IOC)
World Anti-Doping Agency (WADA)
Analytical aspects
Mass spectrometry analysis
Testing method development
Doping classes
S2. Peptide Hormones, Growth Factors
Substances
Growth hormone (GH)
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Abstract
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Pdf file
Date generated
28 February 2012
Date of last modification
7 September 2020
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  • Analytical aspects
  • Doping classes
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