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  Vol. 82 No. 2, February 1961 TABLE OF CONTENTS
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Double-Helical Reservoir Heart-Lung Machine

Designed for Hypothermic Perfusion; Primed with 5% Glucose in Water; Inducing Hemodilution

NAZIH ZUHDI, M.D.; BILL McCOLLOUGH, M.D.; JOHN CAREY, M.D.; ALLEN GREER, M.D.

AMA Arch Surg. 1961;82(2):320-325.

Since this article does not have an abstract, we have provided the first 150 words of the full text PDF and any section headings.

The past few years have brought about a variety of techniques for direct-vision intracardiac surgery. External hypothermia was used first, but because of its limitations it has been largely replaced by other techniques. A disposable, autoclavable, simple, small-volume oxygenator with minimal destruction to blood elements would seem to most nearly meet the requirements of an ideal oxygenator.1 Because of flow-reservoir-oxygenation relationships, the combination of hypothermia and extracorporeal circulation may simplify the construction of such a heart-lung machine.2 A relatively small-volume apparatus for hypothermic total-body cardiopulmonary bypass will be described and its clinical application related. The priming of this system with 5% dextrose in water which is actually used for perfusion purposes will be stressed.

Description and Method of Priming of the Heart-Lung Machine for Hypothermic Perfusion

The system is a modified DeWall-Lillehei oxygenator and is depicted in Figure 1.3,4 The details of the design of the doublehelical reservoir heart-lung machine . . . [Full Text PDF of this Article]


Author Affiliations

OKLAHOMA CITY

From the Cardiovascular Section, Mercy Hospital. Supported by private donations.; 430 Northwest 12th Street, Oklahoma City (Dr. Zuhdi, Dr. Carey, Dr. Greer); Fellow in Cardiovascular Research, Mercy Hospital (Dr. McCollough).


Footnotes

Submitted for publication May 26, 1960.



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