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Diagnosis and Evaluation of Mitral Valve Disease Using Transseptal Doppler Ultrasound Catheterization

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Journal Br Heart J
Date 1975 Mar 1
PMID 1138730
Citations 5
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Abstract

In 33 patients with confirmed mitral valve disease, the mitral valve flow velocity traces were recorded by means of a directional Doppler ultrasonic velocimeter using the transseptal route, and correlated with the clinical and haemodynamic data. In all cases, characteristic anomalies of the mitral flow velocity patterns were noted and could be related to the type of lesion, stenosis, regurgitation, or a combination of these. Furthermore, specific patterns of the flow velocity traces were shown to correlate satisfactorily with the degree of severity of the disease. The authors propose a pathophysiological interpretation of the anomalies of the velocity patterns, based on turbulence for stenosis and backward flow wave for regurgitation. They conclude that the transseptal directional Doppler catheterization provides a new reliable method for establishing the diagnosis and grading the severity of mitral valve disease using pattern recognition, and, moreover, offers a new approach to the understanding of mitral haemodynamic disturbances on a beat-to-beat basis.

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References
1.
Spencer M, JOHNSTON F, MEREDITH J . The origin and interpretation of murmurs in coarctation of the aorta. Am Heart J. 1958; 56(5):722-36. DOI: 10.1016/0002-8703(58)90215-1. View

2.
KALMANSON D, Bernier A, Veyrat C, WITCHITZ S, SAVIER C, CHICHE P . Normal pattern and physiological significance of mitral valve flow velocity recorded using transseptal directional Doppler ultrasound catheterization. Br Heart J. 1975; 37(3):249-56. PMC: 483963. DOI: 10.1136/hrt.37.3.249. View

3.
KALMANSON D . [Cardiovascular research and fuzzy sets theory. For an open policy in medical research]. Nouv Presse Med. 1973; 2(41):2757-60. View

4.
KALMANSON D, DERAI C, Novikoff N . [Tricuspid flow studied in animals and humans by directional velocimetric catheterization. Normal aspect, physiological variations and diagnostic applications]. Arch Mal Coeur Vaiss. 1971; 64(6):854-73. View

5.
KALMANSON D, Toutain G, Novikoff N, DERAI C, CHICHE P, Cabrol C . [Velocimetric catheterization of the heart and large vessels by directional ultrasonic probe with Doppler effect. Preliminary report]. Ann Med Interne (Paris). 1969; 120(11):685-700. View