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2002, Number S1

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Arch Cardiol Mex 2002; 72 (S1)

Cardiopulmonary shunt in minimally invasive heart surgery

Reyes GA, Pichardo CMC
Full text How to cite this article

Language: Spanish
References: 10
Page: 275-279
PDF size: 55.59 Kb.


Key words:

Minimally invasive, Port access, Ventricular support device, Heart stabilizer.

ABSTRACT

Cardiac surgery has evolved greatly in the last pears. New techniques for the treatment of cardiac patients, such as minimally invasive heart surgery, off-pump coronary surgery, limited or port access surgery, video-assisted and robotic cardiac surgery have been developed. Technology provides new instruments, such as heart stabilizers for off-pump coronary surgery, ventricular support devices or direct coronary bypass perfusion systems, all of them with the main goal of maintaining the patient’s hemodynamics. Minimally invasive heart surgery contributes to a faster recovery and less suffering, and decreases costs. The perfusionist is involved in all these new techniques, the future is a challenge, he she must learn to use all these new devices without forgetting the human sede of his her specialty.


REFERENCES

  1. Haddow GT, Mora JC: Cardiopulmonary Bypass for Port Access Cardiac Surgery. In: Glenn P. Gravlee, Richard F. Davis, Mark Kurusz, Joe R. Utley. Cardiopulmonary Bypass 2ª. Edic. Atlanta, GA. Williams and Wilkins. 2001: 736-751.

  2. Jansen E, Erick A, Stella P, Grundeman P, Borst C, Bredee´s: Utrecht Experience with Less Invasive Coronary Surgery. Perfusion 1998; 13: 231-236.

  3. Meyns BO, Sergeant P, Nishimura, Flameng W: Circulatory Support During Minimally Invasive Coronary Surgery. Perfusion 1998; 13: 265-271.

  4. Toomasian JA, Hosn W: Coronary Artery Bypass Grafting Utilizing a Right Ventricular Support System. Proceedings Am Acad Cardiovasc Perfusion. 2000; 21: 58-60.

  5. Mc Custer K, Venkatarmana V, Panopolous J, De Bois W, Mc Kusker C, Sisto D: Isolated Extracorporeal Coronary Perfusion Circuit for use During Off Pump Coronary Artery Bypass Grafting. J Extracorporeal Technology 2000; 32: 162-164.

  6. Gooris T, Vaerenbergh G, Codens J, Bouchez S, Vanermen H: Techniques for Port Access Surgery. Perfusion 1998; 13: 243-247.

  7. Haddow GT, Mora CJ: Cardiopulmonary Bypass for Port Access Cardiac Surgery. En Glenn P. Gravlee, Richard F. Davis, Mark Kurusz, Joe R. Utley. Cardiopulmonary Bypass 2ª. Atlanta, GA. Williams and Wilkins. 2001: 736-751.

  8. Gooris T, Vaerenbergh G, Codens J, Bouchez S, Vanermen H: Techniques for Port Access Surgery. Perfusion 1998; 13: 243-247.

  9. Wismer J: Vista and Robotics: New Technology, New Frontiers. Perfusion 1998; 13: 273-277.

  10. Randolph: Minimally Invasive Robotics Mitral Valve Surgery Assisted Telemanipulation. Abstract from 21th Annual Pathophysiology and Techniques of Cardiopulmonary ByPass San Diego, Cal. 2001: 46.




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Arch Cardiol Mex. 2002;72