The reduction of large arterial distensibility has several adverse consequences for the cardiovascular system. This paper reviews the evidence we have obtained by measuring distensibility through quantification of changes in arterial diameter vs blood pressure changes at large elastic and middle size muscle artery sites. Evidence shows that arterial distensibility is reduced in conditions such as hypercholesterolemia, hypertension, diabetes, and congestive heart failure. In some conditions (e.g. hypertension) the alterations are not uniformly distributed in the arteries of different structure and size whereas in others (e.g. diabetes and heart failure) they are widespread. In diabetes evidence is available that distensibility changes occur early in the course of the disease. Evidence is also available that in all above conditions treatment can improve arterial distensibility thereby reversing the initial abnormality. This is due to a variable combination of structural and functional factors. However, technical ability to determine their precise role in distensibility changes in humans is limited.
Giannattasio, C., Failla, M., Corsi, D., Capra, A., Meles, E., Gentile, G., et al. (2003). Studio della distensibilita arteriosa nell'uomo. Quali i meccanismi di modulazione, come varia in condizioni patologiche ed effetto della terapia [Study of arterial distensibility in man. Modulating mechanisms, pathological conditions and effects of treatment]. ITALIAN HEART JOURNAL. SUPPLEMENT, 4(6), 467-476.
Studio della distensibilita arteriosa nell'uomo. Quali i meccanismi di modulazione, come varia in condizioni patologiche ed effetto della terapia [Study of arterial distensibility in man. Modulating mechanisms, pathological conditions and effects of treatment]
GIANNATTASIO, CRISTINAPrimo
;FAILLA, MONICASecondo
;CORSI, DAVIDE CARLO;CAPRA, ANNA CLARA MARIA;MELES, ESTER;GENTILE, GAETANO;FANTINI, ELENA;MAESTRONI, SILVIA;SCOTTI, VALENTINAPenultimo
;MANCIA, GIUSEPPEUltimo
2003
Abstract
The reduction of large arterial distensibility has several adverse consequences for the cardiovascular system. This paper reviews the evidence we have obtained by measuring distensibility through quantification of changes in arterial diameter vs blood pressure changes at large elastic and middle size muscle artery sites. Evidence shows that arterial distensibility is reduced in conditions such as hypercholesterolemia, hypertension, diabetes, and congestive heart failure. In some conditions (e.g. hypertension) the alterations are not uniformly distributed in the arteries of different structure and size whereas in others (e.g. diabetes and heart failure) they are widespread. In diabetes evidence is available that distensibility changes occur early in the course of the disease. Evidence is also available that in all above conditions treatment can improve arterial distensibility thereby reversing the initial abnormality. This is due to a variable combination of structural and functional factors. However, technical ability to determine their precise role in distensibility changes in humans is limited.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.