<prompt> Please answer with one of the option in the bracket. Write reasoning in between . Write answer in between .Q:A large pharmaceutical company is seeking healthy volunteers to participate in a drug trial. The drug is excreted in the urine, and the volunteers must agree to laboratory testing before enrolling in the trial.The laboratory results of one volunteer are shown below:Serum glucose random 148 mgdLSodium 140 mEqLPotassium 4 mEqLChloride 100 mEqLSerum creatinine 1 mgdLUrinalysis test results:Glucose absentSodium 35 mEqLPotassium 10 mEqLChloride 45 mEqLCreatinine 100 mgdLAssuming a urine flow rate of 1 mLmin, which set of values below is the clearance of glucose, sodium, and creatinine in this patient?? A: Glucose: 0 mgdL, Sodium: 45 mLmin, Creatinine: 100 mgdL, B: Glucose: 0 mgdL, Sodium: 0.25 mLmin, Creatinine: 100 mgdL, C: Glucose: 0 mgdL, Sodium: 48 mLmin, Creatinine: 100 mgdL, D: Glucose: 148 mgdL, Sodium: 105 mLmin, Creatinine: 99 mgdL, E: Glucose: 0 mgdL, Sodium: 4 mLmin, Creatinine: 0.01 mgdL,  <response>: This is a question about calculating the clearance of glucose, sodium, and creatinine from the given serum and urinary concentrations of these substances along with the urine flow rate. Clearance is calculated as the urinary excretion rate of a substance divided by its serum concentration. To calculate the urinary excretion rate, the urinary concentration is multiplied by the urine flow rate.B: Glucose: 0 mgdL, Sodium: 0.25 mLmin, Creatinine: 100 mgdL 