FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2002465514> ?p ?o ?g. }

• W2002465514 endingPage "2" @default.
• W2002465514 startingPage "1" @default.
• W2002465514 abstract "In this special issue on The Arterial Pulse: Vascular Biology, Vascular Function, and Therapies, we have compiled five reviews, a clinical trial and a translational pilot study for the readership of Cardiology Research and Practice.Techniques and approaches for modern vascular function testing have evolved over time from invasive methods restricted to smaller studies in the research laboratory to more standardized noninvasive methods, which are suitable for use in large prospective cohort studies and clinical trials. E. A. Ellins and J. P. J. Halcox describe currently available methods for the assessment of endothelial function and their potential application in cardiovascular research and clinical practice. In the second contribution E. Patvardhan and co-authors present a clinical trial investigating the relationship of the augmentation index (AIx) obtained from pressure waveforms via arterial applanation tonometry and cardiovascular risk factors and coronary artery disease (CAD). The authors conclude that AIx may be a useful measure of assessing overall risk for coronary heart disease. J. Steppan and colleagues review the effects of age-associated increase in vascular stiffness on systolic blood pressure, pulse pressure, AIx, and cardiac workload in the third paper. In this paper they describe evidence for the use of pulse wave velocity testing to measure vascular stiffness as an index of vascular health and as a predictor of adverse cardiovascular outcomes. In the fourth paper, M. Weber and colleagues present data from a pilot study about the potential diagnostic role of microRNAs (miRNAs) in blood samples of patients with angiographically documented CAD and healthy controls. The authors show that a distinct miRNA expression profile discriminates patients with CAD from healthy controls, which in turn is altered by vasoactive medications such as angiotensin-converting enzyme inhibitors and angiotensin receptor blockers. In the fifth paper, C. R. Martens and D. G. Edwards review the current literature pertaining to the potential mechanisms of peripheral vascular dysfunction in chronic kidney disease and propose possible targets for treatment. Vascular endothelial dysfunction is associated with a reduction in nitric oxide (NO) bioavailability, an increase in vasoconstrictors, including superoxide anions and endothelin-1 in parallel with a potential compensatory increase in other mediators of vasodilatation. This non-NO, non-prostaglandin-mediated endothelium-dependent vasodilatation has been partly attributed to endothelium-derived hyperpolarizing factors (EDHFs), the topic of the comprehensive review by M. A. Ozkor and A. A. Quyyumi who describe the role of endothelial hyperpolarization in human circulatory physiology. Finally, N. Ghasemzadeh and A. M. Zafari provide a historical review about the evolution of our knowledge of the arterial pulse from ancient times to the modern era. The authors describe the revolutionary scientific concepts and the technological innovations that provided the foundation of our current understanding of the arterial pulse as a wave that can be accurately measured with various noninvasive techniques in standardized fashion suitable for clinical patient-oriented research as well as clinical practice.A. Maziar ZafariArshed A. QuyyumiJulian P. J. HalcoxSanjay Rajagopalan" @default.
• W2002465514 created "2016-06-24" @default.
• W2002465514 creator A5001317469 @default.
• W2002465514 creator A5022334933 @default.
• W2002465514 creator A5085650630 @default.
• W2002465514 creator A5090603814 @default.
• W2002465514 date "2011-01-01" @default.
• W2002465514 modified "2023-10-06" @default.
• W2002465514 title "The Arterial Pulse: Vascular Biology, Vascular Function Testing, and Therapies" @default.
• W2002465514 cites W122349615 @default.
• W2002465514 cites W1433129449 @default.
• W2002465514 cites W14862489 @default.
• W2002465514 cites W1511068187 @default.
• W2002465514 cites W1511879249 @default.
• W2002465514 cites W1533756349 @default.
• W2002465514 cites W1546802604 @default.
• W2002465514 cites W1589858124 @default.
• W2002465514 cites W1623505186 @default.
• W2002465514 cites W169704457 @default.
• W2002465514 cites W1741297675 @default.
• W2002465514 cites W1753089048 @default.
• W2002465514 cites W1789311305 @default.
• W2002465514 cites W1854161682 @default.
• W2002465514 cites W1856740762 @default.
• W2002465514 cites W1870364570 @default.
• W2002465514 cites W1883759773 @default.
• W2002465514 cites W1963770695 @default.
• W2002465514 cites W1963963679 @default.
• W2002465514 cites W1964652620 @default.
• W2002465514 cites W1965148671 @default.
• W2002465514 cites W1965733146 @default.
• W2002465514 cites W1966255333 @default.
• W2002465514 cites W1966358430 @default.
• W2002465514 cites W1966813043 @default.
• W2002465514 cites W1967625858 @default.
• W2002465514 cites W1967862319 @default.
• W2002465514 cites W1969712566 @default.
• W2002465514 cites W1969715021 @default.
• W2002465514 cites W1971726501 @default.
• W2002465514 cites W1973697542 @default.
• W2002465514 cites W1974333307 @default.
• W2002465514 cites W1975862184 @default.
• W2002465514 cites W1981206324 @default.
• W2002465514 cites W1983371018 @default.
• W2002465514 cites W1983863284 @default.
• W2002465514 cites W1984050915 @default.
• W2002465514 cites W1985475179 @default.
• W2002465514 cites W1988755634 @default.
• W2002465514 cites W1990863512 @default.
• W2002465514 cites W1991863168 @default.
• W2002465514 cites W1993426052 @default.
• W2002465514 cites W1993452291 @default.
• W2002465514 cites W1994404999 @default.
• W2002465514 cites W1994514865 @default.
• W2002465514 cites W1995069939 @default.
• W2002465514 cites W1995572986 @default.
• W2002465514 cites W1996161966 @default.
• W2002465514 cites W1999033829 @default.
• W2002465514 cites W2000538545 @default.
• W2002465514 cites W2000851646 @default.
• W2002465514 cites W2000914251 @default.
• W2002465514 cites W2001348079 @default.
• W2002465514 cites W2003263626 @default.
• W2002465514 cites W2003929217 @default.
• W2002465514 cites W2004483690 @default.
• W2002465514 cites W2005749229 @default.
• W2002465514 cites W2005969372 @default.
• W2002465514 cites W2009489882 @default.
• W2002465514 cites W2011107746 @default.
• W2002465514 cites W2012331257 @default.
• W2002465514 cites W2016242698 @default.
• W2002465514 cites W2019338486 @default.
• W2002465514 cites W2020584414 @default.
• W2002465514 cites W2022574364 @default.
• W2002465514 cites W2022647504 @default.
• W2002465514 cites W2023247076 @default.
• W2002465514 cites W2029232508 @default.
• W2002465514 cites W2029785070 @default.
• W2002465514 cites W2029997689 @default.
• W2002465514 cites W2030461493 @default.
• W2002465514 cites W2032625179 @default.
• W2002465514 cites W2033611003 @default.
• W2002465514 cites W2034320492 @default.
• W2002465514 cites W2034586211 @default.
• W2002465514 cites W2035498197 @default.
• W2002465514 cites W2037246770 @default.
• W2002465514 cites W2037685134 @default.
• W2002465514 cites W2037841947 @default.
• W2002465514 cites W2038505321 @default.
• W2002465514 cites W2040641343 @default.
• W2002465514 cites W2041832370 @default.
• W2002465514 cites W2042379568 @default.
• W2002465514 cites W2043784899 @default.
• W2002465514 cites W2043884187 @default.
• W2002465514 cites W2044570760 @default.
• W2002465514 cites W2046060950 @default.
• W2002465514 cites W2047604586 @default.
• W2002465514 cites W2048121996 @default.

• next