Inizio contenuto principale del sito

Lionetti, Vincenzo; F., Forini; H., Ardehali; A., Pucci; F., Cecchetti; M., Nannipieri; G., Nicolini; Recchia, FABIO ANASTASIO; G., Iervasi

Early normalization of L-triiodothyronine serum levels preserves nuclear mitochondrial cross-talk and halves the infarct size in rodents with coronary occlusion. Open new browser tab

(2009)

Recchia, FABIO ANASTASIO; Saeki, A; Senzaki, H; Kass, D.

Pathologic pulse pressure in isolated coronary artery bed augments flow in vivo despite constant ventricular workload Open new browser tab

(1994)

Recchia, FABIO ANASTASIO; Byrne, Bj; Kass, Da

Vasorelaxant effect of physiologic arterial pulsatility in isolated vessels. Open new browser tab

(1994)

Saeki, A; Recchia, FABIO ANASTASIO; Kass, Da

Nitric oxide modifies metabolic but not perfusion pressure related coronary flow regulation in isolated blood perfused canine ventricles Open new browser tab

(1994)

Giuliani, R; Mascia, L; Recchia, FABIO ANASTASIO; Caracciolo, A; Fiore, T.

Patient-ventilator interaction during synchronized intermittent mandatory ventilation. Effects of flow triggering. Open new browser tab

(1995)

Saeki, A; Recchia, FABIO ANASTASIO; Kass, D. A.

Systolic flow augmentation in hearts ejecting into a model of stiff aging vasculature. Influence on myocardial perfusion-demand balance. Open new browser tab

(1995)

Recchia, FABIO ANASTASIO; Senzaki, H; Saeki, A; Byrne, Bj; Kass, D. A.

Pulse pressure-related changes in coronary flow in vivo are modulated by nitric oxide and adenosine. Open new browser tab

(1996)

Saeki, A; Recchia, FABIO ANASTASIO; Senzaki, H; Kass, D. A.

Minimal role of nitric oxide in basal coronary flow regulation and cardiac energetics of blood-perfused isolated canine heart. Open new browser tab

(1996)

Kass, Da; Saeki, A; Tunin, Rs; Recchia, FABIO ANASTASIO

Adverse influence of systemic vascular stiffening on cardiac dysfunction and adaptation to acute coronary occlusion. Open new browser tab

(1996)

Recchia, FABIO ANASTASIO; Bernstein, Rd; Mcconnell, Pi; Xu, X; Vogel, T; Hintze, Th

Relationship between reduced NO production and altered myocardial metabolism during cardiac decompensation in conscious dogs. Open new browser tab

(1997)

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