Estudo anatomotopográfico do canal arterial em fetos natimortos dirigido para sua abordagem por videotoracoscopia

Neto, Josué Viana de Castro; Vieira, F.M.A.C.; Leite, Raquel Crosara Maia; Carvalho, Raquel Batista Junger; Sena, José Ivanberg Nobre de; Pinheiro, Luis Gonzaga Porto; Filho, Antônio Ribeiro da Silva

doi:10.1590/s0102-86502001000100010

Cited by 1 publication

(1 citation statement)

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“…In 1997, with incentives from previously published work by Laborde et al 5 , it was clear the necessity for a technical involvement for the development of an initial experience in video-assisted surgical procedures 6 . Continuing, in 1999 a project was developed with a focus on experimental laparoscopic surgery, which due to structural problems, has not moved on.…”

Section: Introducionmentioning

confidence: 99%

Minimally Invasive Procedures - Direct and Video-Assisted Forms in the Treatment of Heart Diseases

Neto¹,

Melo²,

Silva³

et al. 2014

Arquivos Brasileiros De Cardiologia

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BackgroundMinimally invasive cardiovascular procedures have been progressively used in heart surgery. ObjectiveTo describe the techniques and immediate results of minimally invasive procedures in 5 years. MethodsProspective and descriptive study in which 102 patients were submitted to minimally invasive procedures in direct and video-assisted forms. Clinical and surgical variables were evaluated as well as the in hospital follow-up of the patients. ResultsFourteen patients were operated through the direct form and 88 through the video-assisted form. Between minimally invasive procedures in direct form, 13 had aortic valve disease. Between minimally invasive procedures in video-assisted forms, 43 had mitral valve disease, 41 atrial septal defect and four tumors. In relation to mitral valve disease, we replaced 26 and reconstructed 17 valves. Aortic clamp, extracorporeal and procedure times were, respectively, 91,6 ± 21,8, 112,7 ± 27,9 e 247,1 ± 20,3 minutes in minimally invasive procedures in direct form. Between minimally invasive procedures in video-assisted forms, 71,6 ± 29, 99,7 ± 32,6 e 226,1 ± 42,7 minutes. Considering intensive care and hospitalization times, these were 41,1 ± 14,7 hours and 4,6 ± 2 days in minimally invasive procedures in direct and 36,8 ± 16,3 hours and 4,3 ± 1,9 days in minimally invasive procedures in video-assisted forms procedures. ConclusionMinimally invasive procedures were used in two forms - direct and video-assisted - with safety in the surgical treatment of video-assisted, atrial septal defect and tumors of the heart. These procedures seem to result in longer surgical variables. However, hospital recuperation was faster, independent of the access or pathology.

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Section: Introducionmentioning

confidence: 99%