Abstract:BackgroundIn pediatric cardiac anesthesiology, there is increased focus on minimizing morbidity, ensuring optimal functional status, and using health care resources sparingly. One aspect of care that has potential to affect all of the above is postoperative mechanical ventilation. Historically, postoperative ventilation was considered a must for maintaining patient stability. Ironically, it is recognized that mechanical ventilation may increase risk of adverse outcomes in the postoperative period. Hence, many … Show more
“…The similarity in results suggests that both methods lead to poor talc dispersion on the pleural tissue. In previous work (Laub et al., 2017 ; Baxter et al., 2020 ) we showed that foam drug-delivery systems improve talc pleurodesis. The foams formulations without talc were not able to induce pleural adhesions (Baxter et al., 2020 ).…”
Section: Introductionmentioning
confidence: 81%
“…In previous work (Laub et al., 2017 ; Baxter et al., 2020 ) we showed that foam drug-delivery systems improve talc pleurodesis. The foams formulations without talc were not able to induce pleural adhesions (Baxter et al., 2020 ). It has been hypothesized that the increased efficacy of foam pleurodesis over talc slurry is due to the high volume of foam injected into the pleural cavity, which increases the dispersion of talc on the tissue surface (Laub et al., 2017 ).…”
Talcum powder is recognized as the leading drug for pleurodesis, a treatment of choice for malignant pleural effusions. Recently, it was shown that hydrogel foam delivery systems significantly enhanced the number of adhesions between the chest wall and the lung in a New Zealand rabbit model due to the sol-gel transition. However, many questions still remain regarding the cause of improved efficacy, such as: (1) Would only hydrogel foams improve the efficacy of talc pleurodesis? (2) Is it possible to achieve the same efficacy of hydrogels using non-hydrogel foams? 3) What are the physicochemical properties that can be correlated to the efficacy of talc pleurodesis? In this study, we use non-hydrogel foam formulations to determine the efficacy of pleurodesis. Foam stability and rheology of the formulations were correlated to adhesion formation. The results clearly suggest a correlation of pleurodesis efficacy to the viscosity and modulus of the foam delivery system.
“…The similarity in results suggests that both methods lead to poor talc dispersion on the pleural tissue. In previous work (Laub et al., 2017 ; Baxter et al., 2020 ) we showed that foam drug-delivery systems improve talc pleurodesis. The foams formulations without talc were not able to induce pleural adhesions (Baxter et al., 2020 ).…”
Section: Introductionmentioning
confidence: 81%
“…In previous work (Laub et al., 2017 ; Baxter et al., 2020 ) we showed that foam drug-delivery systems improve talc pleurodesis. The foams formulations without talc were not able to induce pleural adhesions (Baxter et al., 2020 ). It has been hypothesized that the increased efficacy of foam pleurodesis over talc slurry is due to the high volume of foam injected into the pleural cavity, which increases the dispersion of talc on the tissue surface (Laub et al., 2017 ).…”
Talcum powder is recognized as the leading drug for pleurodesis, a treatment of choice for malignant pleural effusions. Recently, it was shown that hydrogel foam delivery systems significantly enhanced the number of adhesions between the chest wall and the lung in a New Zealand rabbit model due to the sol-gel transition. However, many questions still remain regarding the cause of improved efficacy, such as: (1) Would only hydrogel foams improve the efficacy of talc pleurodesis? (2) Is it possible to achieve the same efficacy of hydrogels using non-hydrogel foams? 3) What are the physicochemical properties that can be correlated to the efficacy of talc pleurodesis? In this study, we use non-hydrogel foam formulations to determine the efficacy of pleurodesis. Foam stability and rheology of the formulations were correlated to adhesion formation. The results clearly suggest a correlation of pleurodesis efficacy to the viscosity and modulus of the foam delivery system.
“…The occlusion techniques using this device include classic percutaneous ASD occlusion under fluoroscopy, percutaneous procedure under ultrasound-guidance, and intra-operative device close under ultrasound-guidance [ 1 ]. While percutaneous occlusion is generally considered effective and safe for patients with secundum ASD, limitations with this technique using fluoroscopy include damaging radiation exposure and higher risk for complications for children under 10 years of age [ 1 , 2 ]. The size and rim of the ASD in addition to the size of the occluder are also important to consider when using the percutaneous approach.…”
Amplatzer Atrial Septal Occluder device has been routinely and successfully used as a percutaneous alternative to cardiac surgery for closure of atrial septal defects. It has shown to the safe with a low complication profile. Complications that most commonly occur with atrial septal defect (ASD) closure devices include malposition or embolization, residual shunt, atrial arrhythmias, thrombosis over the vena cava or atrium, erosion and perforation of the heart, and infective endocarditis. The most common complications associated with an ASD occluder device appear to be embolization and malposition with embolization usually occurring in the main pulmonary artery.
We present a case in which the ASO device, Amplatzer
TM
(Abbott, USA), embolized into the left ventricle.
“…Numerous studies have shown that opioid overdose during anesthesia is responsible for a series of adverse effects, such as increased recovery times and opioid induced hyperalgesia, and that opioid overdose also leads to hypotension, having a major impact on perioperative hemodynamic stability [ 66 , 67 , 68 , 69 , 70 , 71 ]. Won et al reported that using SPI monitoring during general anesthesia reduced opioid consumption, improved hemodynamic stability, and reduced postoperative recovery times [ 71 ].…”
Section: Monitoring Techniques For the Nociception-antinociceptionmentioning
The development of general anesthesia techniques and anesthetic substances has opened new horizons for the expansion and improvement of surgical techniques. Nevertheless, more complex surgical procedures have brought a higher complexity and longer duration for general anesthesia, which has led to a series of adverse events such as hemodynamic instability, under- or overdosage of anesthetic drugs, and an increased number of post-anesthetic events. In order to adapt the anesthesia according to the particularities of each patient, the multimodal monitoring of these patients is highly recommended. Classically, general anesthesia monitoring consists of the analysis of vital functions and gas exchange. Multimodal monitoring refers to the concomitant monitoring of the degree of hypnosis and the nociceptive-antinociceptive balance. By titrating anesthetic drugs according to these parameters, clinical benefits can be obtained, such as hemodynamic stabilization, the reduction of awakening times, and the reduction of postoperative complications. Another important aspect is the impact on the status of inflammation and the redox balance. By minimizing inflammatory and oxidative impact, a faster recovery can be achieved that increases patient safety. The purpose of this literature review is to present the most modern multimodal monitoring techniques to discuss the particularities of each technique.
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