Exemplos de uso de Temporary pacemaker em Inglês e suas traduções para o Português
{-}
-
Colloquial
-
Medicine
-
Official
-
Financial
-
Ecclesiastic
-
Ecclesiastic
-
Computer
-
Official/political
Taub's putting in a temporary pacemaker.
Temporary pacemaker wire was installed in the RV wall.
The forwarding is for the use of a temporary pacemaker.
We kept the temporary pacemaker until discharge from the postoperative unit POU.
The new attending doesn't even know how to put in- A temporary pacemaker.
All patients received a temporary pacemaker wires in the right atrium and ventricle.
In patients where the prostheses were implanted in Zone 0,tachycardia induced by temporary pacemaker was used.
Ventricular pacing with temporary pacemaker electrode resulted in arrhythmia exacerbation.
The implant was done after hypotension induced through tachycardia, which was controlled by a previously implanted temporary pacemaker.
In the ward, the temporary pacemaker was removed and 40 mg Propranolol was prescribed, three times a day.
However, after a prolonged postoperative course, now in recovery, had severe bradycardia at 28 POD,not having access to a temporary pacemaker.
A temporary pacemaker was implanted in the right ventricle, performed on stimulation without arrhythmia suppression.
In these patients, attention should be given to the presence of bradiarrhythmias, and a temporary pacemaker should remain available in case it is needed.
She required a temporary pacemaker for total atrioventricular block on the first postoperative day and presented with sudden death on the forth postoperative day.
The operation was finished as usual, with hemostasis,insertion of drains, temporary pacemaker wires and the chest was closed using layer technique.
Temporary pacemaker was kept according to the demand and when necessary, leading the heart rate to the reversal of bradyarrhythmia or permanent pacemaker implantation.
Nine patients required therapeutic intervention, with a temporary pacemaker being implanted in five and/or drug treatment in seven and/or electrical cardioversion in two.
In the immediate postoperative period, the infant presented with metabolic disorders and consequent atrioventricular block 2:1,requiring a temporary pacemaker and high doses of inotropic agents.
Due to this reason,we decided to implant a temporary pacemaker, setting its frequency above her basal frequency, halting the ventricular arrhythmia episodes right after.
Patients were under general anesthesia andmechanical ventilation after central venous catheterization and placement of temporary pacemaker electrode in the right ventricle.
During balloon pre-dilation, a temporary pacemaker was used to raise the heart rate to between 180 beats to 220 beats per minute, thus preventing balloon displacement at the time of inflation.
The procedure performed under sedation with fentanyl, propofol and etomidate started by applying a 9F introducer into the right femoral artery andfemoral vein puncture to introduce a temporary pacemaker electrode impacted on the right ventricle.
The patient underwent potassium and magnesium replacement,implantation of temporary pacemaker and resolution of ventricular arrhythmias. A clinical improvement was observed. However, the QT interval did not come to normal values.
Venous obstructions after transvenous implantation of electronic cardiac devices have been described as the commonest complication related to this approach[1-12],with ventricular dysfunction and the presence of temporary pacemakers ipsilateral to the implantation side being risk factors for its occurrence 6.
The patient remained in the Intensive Care Unit for approximately one week,using temporary pacemaker, with no ventricular arrhythmias, clinical improvement, keeping the QTc interval around 582 ms and QT dispersion higher than 100 ms.
At the Intensive Care Unit, all the patients had at least one complication, especially vascular complications hematoma, bleeding, and pseudoaneurysm, psychomotor agitation, confusional state, and skin injury by medical adhesive tape, arrhythmias, hypotension, hypertension,accidental loss of temporary pacemaker, and the need of blood transfusion.
Table 1 shows the profile of patients who required temporary pacemaker through TCP and univariate analysis of preoperative data of these patients compared with patients who underwent surgery and did not need the aforementioned device.
The patient progressed to a complete heart block andlow cardiac output following surgery and required a temporary pacemaker, which was replaced by a permanent atrioventricular epimyocardial pacemaker after withdrawal of the extracorporeal circulation.
At the beginning of the procedure, a temporary pacemaker electrode was introduced into the RV through the right internal jugular and used to prevent bradycardia and increase heart rate rapid pacing to prevent balloon migration at the time of valvuloplasty, preceding the prosthesis release.
Monitoring was performed with two-lead ECG II and V5, invasive blood pressure, central venous pressure, pulse oximetry,capnography, temporary pacemaker with electrode placement in right ventricule RV for maintaining a rapid rate at the time of angioplasty, bladder catheterization, transesophageal echocardiography TEE, and thermometry.