Mayo Clinic proceedings · 1996
Ultrasound cardioscopy: embarking on a new journey.
СтатьяНазвание и аннотация: Перевод в очереди
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Seward J B, Packer D L, Chan R C, Curley M, Tajik A J
Аннотация
OBJECTIVE: To present the results of investigation of a new application of invasive ultrasonography-ultrasound cardioscopy, a procedure in which a self-contained ultrasound device is capable not only of producing an under-blood field of view but also of delivering diagnostic and therapeutic tools.
DESIGN: Twenty adult mongrel dogs were studied with the ultrasound cardioscopy device during experimental catheter ablation procedures.
MATERIAL AND METHODS: A rigid prototype probe, 34 cm long and 8 mm in diameter with a 7-MHz side-viewing transducer at the tip and an 8-F diameter tool delivery port, was introduced through the right external jugular vein into the right heart chambers. Remote and device-directed ablation procedures were monitored. Subsequently, the canine hearts were excised and examined.
RESULTS: The self-contained cardioscopy device with a contained ablation catheter could both direct and visualize a specified ablation injury. Under-blood observation of the details of the ablation procedure was possible. Although a learning curve existed for appropriate manipulation of the device, inspection of the excised hearts showed that the size of the injury was accurately predicted with use of ultrasound cardioscopy.
CONCLUSION: Ultrasound cardioscopy is a promising means of performing precise under-blood diagnostic and therapeutic maneuvers.
DESIGN: Twenty adult mongrel dogs were studied with the ultrasound cardioscopy device during experimental catheter ablation procedures.
MATERIAL AND METHODS: A rigid prototype probe, 34 cm long and 8 mm in diameter with a 7-MHz side-viewing transducer at the tip and an 8-F diameter tool delivery port, was introduced through the right external jugular vein into the right heart chambers. Remote and device-directed ablation procedures were monitored. Subsequently, the canine hearts were excised and examined.
RESULTS: The self-contained cardioscopy device with a contained ablation catheter could both direct and visualize a specified ablation injury. Under-blood observation of the details of the ablation procedure was possible. Although a learning curve existed for appropriate manipulation of the device, inspection of the excised hearts showed that the size of the injury was accurately predicted with use of ultrasound cardioscopy.
CONCLUSION: Ultrasound cardioscopy is a promising means of performing precise under-blood diagnostic and therapeutic maneuvers.