DOI: 10.1055/s-00000028

International Journal of Sports Medicine

Issue S 2 · Volume 11 · May 1990 DOI: 10.1055/s-002-9192

  • S35
    Banister, E. W.; Weicker, H.:

    Editorial

  • S37
    Lowenstein, J. M.:

    The Purine Nucleotide Cycle Revised

  • S47
    Tullson, P. C.; Terjung, R. L.:

    Adenine Nucleotide Degradation in Striated Muscle

  • S56
    Hageloch, W.; Schneider, S.; Weicker, H.:

    Blood Ammonia Determination in a Specific Field Test as a Method Supporting Talent Selection in Runners

  • S62
    Sahlin, K.; Broberg, S.:

    Adenine Nucleotide Depletion in Human Muscle During Exercise: Causality and Significance of AMP Deamination

  • S68
    Weicker, H.; Hageloch, W.; Luo, J.; Müller, D.; Werle, E.; Sehling, K. M.:

    Purine Nucleotides and AMP Deamination During Maximal and Endurance Swimming Exercise in Heart and Skeletal Muscle of Rats

  • S78
    Brouns, F.; Beckers, E.; Wagenmakers, A. J. M.; Saris, W. H. M.:

    Ammonia Accumulation During Highly Intensive Long-Lasting Cycling: Individual Observations*

  • S85
    Schlicht, W.; Naretz, W.; Witt, D.; Rieckert, H.:

    Ammonia and Lactate: Differential Information on Monitoring Training Load in Sprint Events

  • S91
    Fishbein, W. N.; Foellmer, J. W.; Davis, J. I.:

    Medical Implications of the Lactate and Ammonia Relationship in Anaerobic Exercise*

  • S101
    Wagenmakers, A. J. M.; Coakley, J. H.; Edwards, R. H. T.:

    Metabolism of Branched-Chain Amino Acids and Ammonia During Exercise: Clues from McArdle's Disease*

  • S114
    Weicker, H.; Hägele, H.:

    Comparison of Alanine Production After L-Leucine and AMP Deamination in an Enzymatic Model and in Muscle Specimens

  • S122
    Parry-Billings, M.; Blomstrand, E.; McAndrew, N.; Newsholme, E. A.:

    A Communicational Link Between Skeletal Muscle, Brain, and Cells of the Immune System

  • S129
    Banister, E. W.; Cameron, B. J. C.:

    Exercise-Induced Hyperammonemia: Peripheral and Central Effects