Chapter 1 Chairman's starting feedback (pages 414–416): S. Zuckerman
Chapter 2 The organic Excretion of Sodium and its Relation to mobile Water (pages 417–429): E. J. Conway
Chapter three law of Intracellular Potassium and courting of this legislation to Renal Excretion of Sodium and Potassium (pages 430–438): J. A. Luetscher
Chapter four the relationship of Carbohydrate and Potassium Metabolism, when it comes to the Adrenal Cortex (pages 439–445): F. Verzar
Chapter five Steroids and Acid?Base Equilibrium (pages 446–454): Raoul Lecoq
Chapter 6 The Interrelationship among the Adrenal Cortex, Posterior Pituitary and Anterior Pituitary in Water Metabolism (pages 455–462): Robert Gaunt
Chapter 7 Antidiuretic task in Rat Serum (pages 463–469): H. Heller
Chapter eight Hormonal affects at the Water Metabolism of New?Born and younger Animals (pages 470–480): H. Heller
Chapter nine The impact of Sodium Chloride on Water Diuresis and its Relation to the Adrenal (pages 481–498): H. W. Hays
Chapter 10 comparability of the impression of Cortisone Acetate and of Deoxycorticosterone Acetate upon Water stability (pages 499–516): Charles A. Winter
Chapter eleven initial experiences at the Sensitivity of Adrenalectomized canine to the Antidiuretic Hormone of the Posterior Pituitary Gland (pages 517–525): Mary P. Lockett
Chapter 12 The impression of Adrenalectomy and Deoxycorticosterone at the Water content material of Mammary Tissue (pages 526–529): S. J. Folley
Chapter thirteen The Sodium?Retaining task of the Corticoid Fraction of Urine of Edematous sufferers (pages 530–541): John A. Luetscher, Quentin B. Deming and Ben B. Johnson
Chapter 14 The position of the Liver in Water Metabolism (pages 542–552): James H. Birnie
Chapter 15 Relationships among Tissue progress and Water and Electrolyte stability (pages 553–559): D. F. Cole
Chapter sixteen The Distribution of Water, Electrolytes, Nitrogen and Chondroitin Sulphate in Hyaline Cartilages (pages 560–578): Lillian Eichelberger, Thomas D. Brower and Michael Roma
Chapter 17 Chairman's last comments (pages 579–583): S. Zuckerman
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Additional resources for Ciba Foundation Symposium - Hormonal Influences in Water Metabolism (Book II of Colloquia on Endocrinology), Volume IV
5, p. 30. THORN,G. W. (1949). Adrenal insuflciency, p. 154. ) VERZhR, F. (1943). Muskelkontraktionstheorie. (Basel: B. ) V E R Z ~ F. R , (1950). Conferenze di Endocrinologia, April 1950. ed. universitaria Firenze. , and LEUPIN,E. (1950). Helu. physiol. pharmaeol. Acta, 8, C 27. , and PULVER, R. (1940). , 145, 823. , and SOMOGYI, J. C. (1941). Arch. int. , 65, 17, 221. , and SOMOGYI, J. C. (1942). Pjlug. , 245, 398. DISCUSSION CONWAY:I can go a certain distance with Prof. Verzar, and then we part company.
CONWAY:I don’t reject any of the evidence. The essential part in which I am in agreement with Professor Verzbr is that intracellular potassium concentration in the muscle fibre can be modified by metabolic processes; whereas a t the same time evidence can be brought fnrward GENERALDISCUSSION t o show that potassium ioos can move in and out passively in relation t o the accumulation or decrease of non-diffusible anions. I am in agreement so far, but I do think that although Professor Verzhr may not have explicitly stated it, he seems t o imply that potassium ions do have some, shall we say mysterious influence on carbohydrate metabolism.
Of cortisone acetate, which is a high dosage, then we got a fall in potassium. VERZAR:Experiments by Dr. Wirz in our laboratory on adrenalectomized rats and cats showed that without treatment plasma sodium decreases and potassium increases. Daily administration of 1 or 2 mg. of deoxyrorticosterone brings both back to normal in one or two days. One cannot do that with the administration of 2 mg. cortisone once per day, but if the same amount of cortisone is divided and given four times in the day-every six hours-then one will get the plasma sodium and potassium back to normal.