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23 in total

1. Metabolism and fine structure of the Mg++-procaine-arrested perfused heart.

Authors: V Döring; H G Baumgarten; H Pokar; G Gercken
Journal: Basic Res Cardiol Date: 1975 Mar-Apr Impact factor: 17.165

2. Persufflation (or gaseous oxygen perfusion) as a method of organ preservation.

Authors: Thomas M Suszynski; Michael D Rizzari; William E Scott; Linda A Tempelman; Michael J Taylor; Klearchos K Papas
Journal: Cryobiology Date: 2012-01-26 Impact factor: 2.487

3. Metabolic and functional effects of low-potassium cardioplegic solutions for long-term heart preservation.

Authors: M Desrois; M Sciaky; C Lan; P J Cozzone; M Bernard
Journal: MAGMA Date: 1999-05 Impact factor: 2.310

4. Progressive impairment in high energy phosphate pattern induced by intermittent coronary perfusion.

Authors: M De Mendonca; M Bouvier; M Appel; M Bercot
Journal: Experientia Date: 1977-04-15

5. [Myocardial recovery following heart arrest caused by extracellular sodium and calcium withdrawal and by procaine administration].

Authors: J C Reidemeister; W Isselhard; W Hasselkus; R Olbrisch; U Müller; W Stock
Journal: Basic Res Cardiol Date: 1973 Jan-Feb Impact factor: 17.165

Review 6. [Involvement of basal oxygen consumption, activation of myocardium as well as of hemodynamic parameters in total oxygen consumption of the heart].

Authors: R Krebs
Journal: Klin Wochenschr Date: 1970-07-01

Metabolism of the artificially arrested heart and of the gas-perfused heart.

1. Metabolism and fine structure of the Mg++-procaine-arrested perfused heart.

2. Persufflation (or gaseous oxygen perfusion) as a method of organ preservation.

3. Metabolic and functional effects of low-potassium cardioplegic solutions for long-term heart preservation.

4. Progressive impairment in high energy phosphate pattern induced by intermittent coronary perfusion.

5. [Myocardial recovery following heart arrest caused by extracellular sodium and calcium withdrawal and by procaine administration].

Review 6. [Involvement of basal oxygen consumption, activation of myocardium as well as of hemodynamic parameters in total oxygen consumption of the heart].

7. Metabolism of canine kidneys in anaerobic ischemia and in aerobic ischemia by persufflation with gaseous oxygen.

8. [On the functional capacity of anoxidative heart metabolism (author's transl)].

9. Lactic acid formation in the working gastrocnemius of the dog.

10. [Metabolism of the rabbit heart in situ during asphyxia and in post-asphyxial recovery].