The vasodilating properties of dietary nitrates are irrefutable. The clinical use of nitrates indicate that they [significantly] enhance systemic vasodilation. Both nitrate and nitrite can be recycled to produce nitric oxide in a variety of ways. They provide a NOS-independent source of NO, and release NO in an extremely wide distribution of tissues. Nitrite has been investigated as a vasodilator for over 125 years and is a by-product of organic nitrate metabolism.
Based on studies by Tannenbaum 1994; Kelm and Yoshida 1996, nitrates remain in circulation and significantly enhance NO production for around 10 to 16-hours post-administration. Enhanced systemic NO distribution increases blood flow to the muscle itself, thereby enhancing muscle force production/growth/repair.
Dietary nitrate has been shown to reduce diastolic blood pressure in healthy volunteers [Larsen, Ekblom et al. 2006]. Kleinbongard/Dejam et al. 2006, demonstrated that plasma nitrite levels progressively decrease with increasing cardiovascular risk load [risk factors included age, hypertension, high blood cholesterol, and smoking]. It has been proposed that a continuous intake of dietary nitrate may help to maintain tissue levels of nitrite and NO at adequate levels [even when endogneous enzymatic synthesis of NO is disturbed].
Based on studies by Tannenbaum 1994; Kelm and Yoshida 1996, nitrates remain in circulation and significantly enhance NO production for around 10 to 16-hours post-administration. Enhanced systemic NO distribution increases blood flow to the muscle itself, thereby enhancing muscle force production/growth/repair.
Dietary nitrate has been shown to reduce diastolic blood pressure in healthy volunteers [Larsen, Ekblom et al. 2006]. Kleinbongard/Dejam et al. 2006, demonstrated that plasma nitrite levels progressively decrease with increasing cardiovascular risk load [risk factors included age, hypertension, high blood cholesterol, and smoking]. It has been proposed that a continuous intake of dietary nitrate may help to maintain tissue levels of nitrite and NO at adequate levels [even when endogneous enzymatic synthesis of NO is disturbed].
Commenta