View clinical trials related to Thoracic.
Filter by:The purpose of the study is to assess whether lung ultrasound is able to detect lung injury after lung resection surgery.
The purpose of the study is to assess whether lung ultrasound is able to detect lung injury after lung resection surgery.
The ALGOBASES project is an observational epidemiological study of pain through the collection of pain evaluation questionnaires and information with the aim of creating a descriptive "pain" evaluation in all patients who need to benefit from orthopedic, thoracic or gynecological surgery. The painful symptomatology will thus be evaluated in all its dimensions (demographic data, physical, psychological, socio-cultural components) and linked to the pathology justifying the specialized care. It is planned to collect the same data at each subsequent event in order to allow the determination of predictive factors, pain trajectories according to the type of surgery, and the profile of subjects at risk of acute or chronic postoperative pain.
Thoracotomy surgeries, both open and video assisted, are often carried out in the lateral decubitus position to optimize surgical access to the operative side. However, this position is also associated with mechanical injuries of the shoulder joint ligaments and pulling on the structures of the brachial plexus. The neck is laterally flexed and has potential to cause mechanical injury as well due to the dependent position of the patient's head. The current method of positioning involves stacking of towels under a head support. To the study team's knowledge, no pre-formed head and neck support exists that can cope with the required surgical position. Thus, the study team has conceptualized an adaptive head and neck support pillow to meet this need and address patient safety concerns.
Testing the effect of a specific stretch technique versus sham treatment, to objectify the influence of that specific technique on thoracic rotation mobility.
Intraoperative hemodynamic optimization decreases postoperative complications and length of stay in high risk patient. Therefore, continuous monitoring of cardiac output (Qc) is recommended to guide fluid management. Thoracic bio-reactance is a recent technique that allows cardiac output non-invasive monitoring. However, additional clinical validation studies in humans are required to better define the typologies of patients for whom this monitoring could be proposed routinely. Lung surgery is defined as an intermediate or high risk surgery regarding postoperative cardiac complications. However, surgical patients rarely benefit from continuous monitoring of cardiac output, the available methods being considered too invasive or insufficiently reliable in daily practice. Thoracic bio-reactance (Non Invasive Cardiac Output Monitor (NICOM) Starling SV) has not been studied in this subgroup of clinically relevant patients.
No study has been conducted to demonstrate the feasibility and safety of an Opioid-Free Anesthesia (OFA) protocol compared to Opioid-Based Anesthesia (OBA) in thoracic surgery, at risk for intense post-operative pain, to improve patient care. The aim of the present study was to evaluate the effect of OFA on post-operative opioids consumption, pain and the post-operative period after lobectomy by Video-Assisted Thoracoscopy Surgery (VATS). systems. Investigators perform a retrospective, single-center study in 2019. Patients were divided into two groups: OFA (with dexmedetomidine) or OBA (sufentanyl). Investigators analyse the total postoperative opioid consumption in the 48 h after surgery. Investigators asses pain intensity in the 48 h after surgery, operative hemodynamic stability, Post-Operative Pain (POP) in Post-Anesthesia Care Unit (PACU) and POP on day 30. All data are available in the medical record Hypothesis: OFA can reduce post-operative opioids consumption, pain in lobectomy by video-assisted thoracoscopy surgery (VATS).
This is a prospective randomized study intended to assess the efficacy of erector spinae plane analgesia on acute and chronic postoperative pain for VATS procedures. It will include 72 patients presenting to Severance hospital for a VATS procedure. Patients will be randomized 1:1 to receive either ESP block and intravenous patient-controlled analgesia (IV PCA) or IV PCA only. Ropivacaine will be used in nerve block, and injected at the end of surgery. The primary outcome will be to compare analgesic efficacy between the two groups as defined by immediate postoperative pain scores on the numeric pain rating scale. Secondary outcomes include total opioid consumption, painDETECT score, and chronic pain scores.
In this observational study, all enrolled patients having a thoracic surgical procedure requiring lung isolation will have a bispectral index (BIS) monitor placed at time of induction. BIS monitors are used to assist in determining depth of anesthesia. This study will evaluate changes in BIS before, during and after lung isolation.
The study is comparing the difference between erector spinae block and surgeon infiltration after VATS (Video Assisted Thoracoscopic Surgery). The outcomes measured are pain scores, opioid usage, opioid side effects, and patient satisfaction.We are also also studying the effectiveness of liposomal bupivacaine (EXPAREL) in a block by randomizing patients to both EXPAREL erector spinae block and simple bupivacaine erector spinae block.