Page is maintained by Katies husband, Mark Legg aka Mr Katie. She specialized in cyclo-cross racing and is a 15-time national champion. Katie Compton's Trek Boone is ready for a spin in the woods (Image credit: Mark Legg) Image 1 of 31 Anti-slip tape adorns the shifter paddles for worry-proof grip in all conditions (Image credit. Katie Compton, Americas most successful Cyclocross athlete.
, investigating the possibility that contaminated meat could result in steroids or their metabolites in human urine, found that some meat ob- tained from butcher shops contained clostebol acetate and that its ingestion led to excretion of a clostebol metabolite (4-chloro-delta-4-androstene-3-alpha-ol-17-one ) in urine. Katie Compton Katie Compton (born December 3, 1978) is an American former bicycle racer. It is illegal in most countries to treat or feed cattle with anabolic steroids, and European countries in particular vigorously monitor meat for contamination with anabolic steroids nevertheless, evidence of contamination exists.
#Katie compton professional#
This case argues for caution in interpretation of positive tests for low quantities of boldenone, for additional studies of this issue, and for devising ways to discriminate between endogenous and exogenous sources of boldenone. After 16 seasons of professional cyclo-cross racing, 15-time US champion Katie Compton and her partner, mechanic, photographer and cheerleader Mark Legg have dialled in the perfect build for her. Cyclocross National Championship earlier this year, a streak that started in 2004 when the discipline was just beginning its growth spurt in the country. She is the most successful American cyclocross racer of all time. One report describes the finding of small amounts of boldenone and two metabolites in the urine of a normal man who had not received boldenone. Compton’s strategy and her all-out effort in every race has paid off many times over. Another aspect of xenobiotic steroid testing that merits review is the question of the origin of the steroid and metabolites.
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