Cycling

Cycling is the third most affected sport by doping globally, with 1,493 registered cases (10.2% of all violations). Italy leads in violations with 220 cases, while Erythropoietin is the most frequently detected substance (251 cases). The average suspension length is 30.7 months. Cycling ranks #3 globally among all sports tracked by the Anti-Doping Database..

Number of cases in Cycling Last 10 Years

International Cycling Union

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Sport Global Ranking
Global Ranking: #3 of 178 sports

1,493

Cycling cases

10.2%

Of all violations

14,670

Total global cases
Cycling's share of all violations 10.2%
1,493 of 14,670

Cycling leads significantly in anti-doping rule violations globally, with 1,493 registered cases10.2% of all 14,670 verified cases in the Anti-Doping Database. Ranking among the top 3 most affected sports globally.

Number of cases in Cycling By Country
Top Country: Italy

220

Italy cases

14.7%

Of global cases

1,493

Total Cycling cases
Italy's share of Cycling violations 14.7%
220 of 1,493

Italy has the most violations in Cycling with 220 registered violations, though cases are more evenly distributed globally. This represents 14.7% of the sport's 1,493 total cases globally.

The average suspension length for sanctioned Cycling athletes in Italy is 30.7 months, aligned with the global average.

Substance use in Cycling
Most Detected Substance: Erythropoietin

251

Cycling cases

16.8%

Of sport cases

598

Global Erythropoietin cases
Erythropoietin's share of Cycling violations 16.8%
251 of 1,493

Erythropoietin has the most violations in Cycling with 251 violations out of 1,493 total cases (16.8%). Representing a substantial portion of cases.

Globally, Erythropoietin has been detected in 598 cases across all sports, ranking #6 among all prohibited substances.

The average suspension length for Erythropoietin violations is 39.4 months, longer than the global average of 30.1 months.


What is Erythropoietin (EPO)?

Erythropoietin (EPO) is a naturally occurring hormone that stimulates red blood cell production. Synthetic EPO became available as a pharmaceutical drug in the late 1980s, primarily for medical use in patients with anemia and kidney disease. Related drugs, such as Darbepoetin Alfa, have since been developed.

Why Athletes Use It

In sports, EPO enhances oxygen-carrying capacity by increasing red blood cell count, providing significant advantages in endurance events such as cycling, long-distance running, and cross-country skiing. The increased oxygen delivery to muscles can dramatically improve stamina and performance.

Health Risks

Artificially elevated red blood cell levels thicken the blood, significantly increasing the risk of serious cardiovascular complications including blood clots, heart attack, stroke, hypertension, seizures, and congestive heart failure. The risks are particularly acute during sleep when heart rate naturally decreases, as the thickened blood becomes more difficult to circulate at lower heart rates.

Prohibition and Testing

EPO was added to the IOC prohibited list in 1989, initially categorized under peptide hormones and analogues. However, testing methods were not immediately available, allowing widespread use in the early 1990s.

On August 1, 2000, the IOC Medical Commission approved two detection methods for EPO based on isoelectric focusing and double immunoblotting, which distinguish between natural and synthetic EPO in urine samples. Modern detection methods and hematocrit monitoring have made EPO use more detectable, though related substances and microdosing practices continue to challenge anti-doping authorities.

Notable Cases and Controversies

Belgian cycling champion Eddy Planckaert later confessed to experimenting with EPO in 1991, his final professional year, stating that many riders were using the substance during that period. Several Dutch and Belgian cyclists died suddenly in the late 1980s and early 1990s, sparking widespread concern about EPO's dangers.

However, academic research has questioned whether EPO was the cause of these deaths. A 2011 study by sports historian Bernat López examined claims that 18 Dutch and Belgian cyclists died from EPO use between 1987-1990 and found the claim lacked empirical evidence. López noted that reported numbers varied wildly across sources (from 6 to 40 deaths) and that most sudden deaths in young athletes are attributed to underlying cardiac conditions rather than drug use. The study concluded that the "18 deaths" narrative functioned more as anti-doping propaganda than historical fact.

Sources


If you use this statistics, please credit The Anti-Doping Database

Number of Active Sanctions Ending Year for Cycling
Gender Distribution
Male 90.1
1350 cases
Female 9.9
148 cases
Analysis: Cycling has a notably higher proportion of male cases (90.1%) compared to the global average (80.2%), a difference of 9.9 percentage points. Global average: 80.2% male, 19.8% female

About International Cycling Union

The Union Cycliste Internationale (UCI) is the world governing body of cycling, recognised by the International Olympic Committee (IOC). It was founded on 14 April 1900 in Paris (France). Its headquarters have been located at the UCI World Cycling Centre (WCC) in Aigle (Switzerland). The UCI has 205 National Federations, spread across five Continental Confederations.

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The Anti-Doping Database currently contains 14,670 verified anti-doping rule violations across all sports and all countries, and is updated regularly.