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Hemodynamic, respiratory, and regional blood flow measurements were carried out in two groups of monkeys at three roughly equivalent stages of endotoxin and hemorrhagic shock. Comparisons revealed characteristic differences at the two early stages, particularly in systemic vascular resistance and the pattern of distribution of cardiac output. However, at the final stage of shock, these patterns had merged and there were no characteristic differences between the two groups. The pathologic significance of these findings, in terms of the endotoxin theory of irreversible hemorrhagic shock and the realtive contributions of vasoactive humoral substances at various stages of the two forms of shock, is discussed.
R B Rutherford, and
J V Balis, and
R S Trow, and
G M Graves
August 1961,
American journal of surgery,
R B Rutherford, and
J V Balis, and
R S Trow, and
G M Graves
January 1987,
Circulatory shock,
R B Rutherford, and
J V Balis, and
R S Trow, and
G M Graves
June 1966,
The American journal of physiology,
R B Rutherford, and
J V Balis, and
R S Trow, and
G M Graves
August 1963,
Archives of surgery (Chicago, Ill. : 1960),
R B Rutherford, and
J V Balis, and
R S Trow, and
G M Graves
January 1972,
Acta chirurgica Scandinavica,
R B Rutherford, and
J V Balis, and
R S Trow, and
G M Graves
January 1986,
Circulatory shock,
R B Rutherford, and
J V Balis, and
R S Trow, and
G M Graves
August 2003,
Anesthesia and analgesia,
R B Rutherford, and
J V Balis, and
R S Trow, and
G M Graves
January 1972,
Acta chirurgica Scandinavica,
R B Rutherford, and
J V Balis, and
R S Trow, and
G M Graves
May 1978,
Masui. The Japanese journal of anesthesiology,
R B Rutherford, and
J V Balis, and
R S Trow, and
G M Graves
October 1971,
Surgery, gynecology & obstetrics,
