Journal of the American Medical Association · 1951 · 14 citations · 4 references
MedicinePharmacologyPharmacotherapyCardiovascular PharmacotherapyClinical PharmacologyPharmacodynamicsBlood Pressure RegulationFluid ResuscitationHemodynamic PharmacologyHemodynamicsHemorrhagic ShockShock ManagementBlood PressureBlood Pressure PharmacodynamicsGastric Ulcer DiseaseReplacement Fluid TherapyShock Physiology
The recent advances in the understanding of the mechanism of shock and its treatment have improved the prognosis of patients in this condition. Nevertheless, the treatment leaves much to be desired. Recent contributions to the study of irreversible shock, as well as clinical experience, have demonstrated that currently available therapy (i. e., various forms of fluid replacement) may be fruitless in advanced or prolonged shock. The investigations by Goldenberg and his associates<sup>1</sup>of the action of arterenol (nor-epinephrine) demonstrated that this compound increased the blood pressure very markedly by increasing peripheral resistance, without the other effects of epinephrine. Arterenol is related to epinephrine as indicated in the structural formulas. It was thought, therefore, that it might be of some value in the treatment of shock. We have recently had the opportunity to observe the action of arterenol in a patient in profound, prolonged shock from a perforated gastric ulcer.
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NOR-EPINEPHRINE (ARTERENOL,® SYMPATHIN N) AS A PRESSOR DRUG
Marcel Goldenberg · JAMA · 1949 · 73 citations
REACTIONS OF PERIPHERAL BLOOD VESSELS IN EXPERIMENTAL HEMORRHAGE
Benjamin W. Zweifach, Robert Chambers, R. E. Lee et al. · Annals of the New York Academy of Sciences · 1948 · 26 citations · Full text
Medicine, Pathology, Physiology +10
Factors influencing mortality from acute perforated peptic ulcers.
McELHINNEY Wt, Holzer Ce · PubMed · 1948 · 12 citations