Veterinary surgery : VS · 2004
Successful surgical treatment of mitral valve stenosis in a dog.
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Borenstein N, Daniel P, Behr L, Pouchelon J L, Carbognani D, Pierrel A, Macabet V, Lacheze A, Jamin G, Carlos C, Chetboul V, Laborde F
Аннотация
OBJECTIVE: To report the successful surgical management (open mitral commissurotomy, OMC) of mitral stenosis (MS), incorporating heart-beating cardiopulmonary bypass (CPB), in a 1-year-old dog.
STUDY DESIGN: Clinical case.
ANIMALS: One-year-old Cairn Terrier with MS.
MATERIALS AND METHODS: Diagnosis of MS was confirmed by means of 2-dimensional, continuous-wave and color-flow Doppler echocardiography. Surgery was performed through a left intercostal thoracotomy. CPB was initiated and the heart was kept beating. The fused commissures of the mitral valve were incised to free the cusps of the valve.
RESULTS: Left intercostal thoracotomy allowed easy observation of the mitral orifice during heart-beating OMC. Persistent bleeding from the atriotomy site required a second surgical procedure after which the dog had an uneventful recovery. Echocardiography at 2 weeks and 1 year postoperatively indicated substantial improvement in left ventricular filling (pressure half-time=187 ms before surgery, 105 ms [2 weeks] and 110 ms [1 year] after surgery). Enlargement of the left atrium resolved; however, moderate mitral valve regurgitation was still present.
CONCLUSIONS: MS can be successfully treated by OMC, facilitated by use of CPB. Substantial improvement in cardiac function was evident by ultrasound and Doppler examination postoperatively.
CLINICAL RELEVANCE: OMC under heart-beating CPB should be considered for the treatment of MS in the dog.
STUDY DESIGN: Clinical case.
ANIMALS: One-year-old Cairn Terrier with MS.
MATERIALS AND METHODS: Diagnosis of MS was confirmed by means of 2-dimensional, continuous-wave and color-flow Doppler echocardiography. Surgery was performed through a left intercostal thoracotomy. CPB was initiated and the heart was kept beating. The fused commissures of the mitral valve were incised to free the cusps of the valve.
RESULTS: Left intercostal thoracotomy allowed easy observation of the mitral orifice during heart-beating OMC. Persistent bleeding from the atriotomy site required a second surgical procedure after which the dog had an uneventful recovery. Echocardiography at 2 weeks and 1 year postoperatively indicated substantial improvement in left ventricular filling (pressure half-time=187 ms before surgery, 105 ms [2 weeks] and 110 ms [1 year] after surgery). Enlargement of the left atrium resolved; however, moderate mitral valve regurgitation was still present.
CONCLUSIONS: MS can be successfully treated by OMC, facilitated by use of CPB. Substantial improvement in cardiac function was evident by ultrasound and Doppler examination postoperatively.
CLINICAL RELEVANCE: OMC under heart-beating CPB should be considered for the treatment of MS in the dog.