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Index by author

May 01, 1983; Volume 11,Issue 3

  1. Bai, S A

    1. Quantitative metabolic fate of propranolol in the dog, rat, and hamster using radiotracer, high performance liquid chromatography, and gas chromatography-mass spectrometry techniques.
      E M Bargar, U K Walle, S A Bai and T Walle
      Drug Metabolism and Disposition May 1983, 11 (3) 266-272;

  2. Bailey, K

    1. 2,6-Diamino-5-hydroxy-3-(phenylazo)pyridine, a novel metabolite of phenazopyridine in the rat.
      K Bailey, B H Thomas, M Vézina, L W Whitehouse, W Zeitz and G Solomonraj
      Drug Metabolism and Disposition May 1983, 11 (3) 277-278;

  3. Bargar, E M

    1. Quantitative metabolic fate of propranolol in the dog, rat, and hamster using radiotracer, high performance liquid chromatography, and gas chromatography-mass spectrometry techniques.
      E M Bargar, U K Walle, S A Bai and T Walle
      Drug Metabolism and Disposition May 1983, 11 (3) 266-272;

  4. Bissell, D M

    1. Chlorpromazine metabolism in extracts of liver and small intestine from guinea pig and from man.
      F Hartmann, L D Gruenke, J C Craig and D M Bissell
      Drug Metabolism and Disposition May 1983, 11 (3) 244-248;

  5. Blake, J W

    1. The pharmacology of furosemide in the horse. V. Pharmacokinetics and blood levels of furosemide after intravenous administration.
      S Chay, W E Woods, K Rowse, T E Nugent, J W Blake and T Tobin
      Drug Metabolism and Disposition May 1983, 11 (3) 226-231;

  6. Bories, G F

    1. Simple and ion-pair high performance liquid chromatography as an improved analytical tool for chloramphenicol metabolic profiling.
      G F Bories, J C Peleran, J M Wal and D E Corpet
      Drug Metabolism and Disposition May 1983, 11 (3) 249-254;

  7. Branfman, A R

    1. Characterization of diaminouracil metabolites of caffeine in human urine.
      A R Branfman, M F McComish, R J Bruni, M M Callahan, R Robertson and D W Yesair
      Drug Metabolism and Disposition May 1983, 11 (3) 206-210;
    2. Comparison of caffeine metabolism in three nonsmoking populations after oral administration of radiolabeled caffeine.
      M M Callahan, R S Robertson, A R Branfman, M F McComish and D W Yesair
      Drug Metabolism and Disposition May 1983, 11 (3) 211-217;

  8. Bruni, R J

    1. Characterization of diaminouracil metabolites of caffeine in human urine.
      A R Branfman, M F McComish, R J Bruni, M M Callahan, R Robertson and D W Yesair
      Drug Metabolism and Disposition May 1983, 11 (3) 206-210;

  9. Callahan, M M

    1. Characterization of diaminouracil metabolites of caffeine in human urine.
      A R Branfman, M F McComish, R J Bruni, M M Callahan, R Robertson and D W Yesair
      Drug Metabolism and Disposition May 1983, 11 (3) 206-210;
    2. Comparison of caffeine metabolism in three nonsmoking populations after oral administration of radiolabeled caffeine.
      M M Callahan, R S Robertson, A R Branfman, M F McComish and D W Yesair
      Drug Metabolism and Disposition May 1983, 11 (3) 211-217;

  10. Cashman, J R

    1. Microsomal metabolism of thiobenzamide and thiobenzamide S-oxide.
      R P Hanzlik and J R Cashman
      Drug Metabolism and Disposition May 1983, 11 (3) 201-205;
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In this issue

Drug Metabolism and Disposition
Vol. 11, Issue 3
1 May 1983
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