It goes on to say: "Specified substances are not necessarily less serious agents for the purpose of doping than other prohibited substances, and nor do they relieve athletes of the strict liability rule that makes them responsible for all substances that enter his or her body.
Although the league's drug policy makes players solely responsible for the substances found in their bodies, it also offers assurances that players can seek advice from Dr. John Lombardo, the doctor who oversees the drug program.
Although the strict liability rules of drug testing mean an athlete is responsible for the substances found in his body, a case in 2009 involving the swimmer Jessica Hardy was contested and resulted in her having her two-year suspension reduced to a year after she stated that she inadvertently took a supplement that was tainted with clenbuterol.
The extracts of propolis were used as samples to verify whether the IκB EGFP drug discovery system can be responsible for the substances that existed in the natural extracts.
But the tribunal found that while she did not intentionally contravene anti-doping rules, Sharapova was responsible for the substance being in her system at the Australian Open, and for failing to notice that it had been added to the banned list in January.
Athletes are under "strict liability," which means they are responsible for any illicit substances in their body, no matter how they got there.
As mentioned previously, OATP1B2 is responsible for transporting extracellular substances into the cell, while ABCC2 is responsible for transporting intercellular substances out of the cell.
In contrast to OATPs, ATP-binding cassette transporters are responsible for transporting intercellular substances out of the cell [ 15].
Table 1 shows reports by our laboratory on the urinary excretion of calcium, oxalate, creatinine, and others responsible for CaOX crystallization substances.
Organic anion transporting polypeptides (OATPs) are members of the solute carrier transporter superfamily, which are responsible for transporting extracellular substances into the cell [ 11].
