View clinical trials related to Rib Fractures.
Filter by:Various modalities have been proposed for real-time confirmation of loss of resistance (LOR) for thoracic epidural blocks. With real-time ultrasound (US) guidance, the anesthesiologist attempts to visualize the sonographic advancement of the epidural needle and penetration of the epidural space (as detected by LOR) This observational study is set out to confirm the reliability of real-time ultrasound guidance as an adjunct to LOR for thoracic epidural blocks.
More than 50% of patients presenting with chest trauma experience rib fractures and these rib fractures are associated with significant morbidity, mortality, and long-term disability. Many of these adverse outcomes result from poorly controlled pain that interferes with breathing, leading to atelectasis, pneumonia, and respiratory failure. Therefore, early provision of adequate analgesia is crucial in the management of these patients. The basic stones of analgesic therapy are oral and intravenous drugs such as paracetamol, nonsteroidal anti-inflammatory drugs (NSAIDs), and opioids. However, patients with more significant injuries or comorbidities often require interventional procedures to provide adequate analgesia and avoid opioid-related side effects. Thoracic epidural analgesia and thoracic paravertebral blocks have traditionally been used, but these techniques are associated with side effects and may cause hemodynamic instability. Today, the use of ultrasonography (USG) guided block techniques such as erector spinae plane block (ESPB), serratus anterior plane block (SAPB) and intercostal block (ICB) has increased. These techniques are considered to be simpler and theoretically safer. Although ICB is frequently mentioned in the literature, the publications of new plane blocks such as ESPB and SAPB are new and few in number. In this study, SAPB and ICP to be performed with USG will be evaluated in terms of analgesic effect.
This is a prospective, multi-center, observational, cohort study involving skilled cardiothoracic surgeons who are experienced in implanting the treatment of non-flail chest rib fractures and the use of RibFix Blu Thoracic Fixation System.
In patients admitted following a trauma, the incidence of multiple rib fractures is reported to be 9,7%, and this can be even higher in high energy trauma like motor vehicle accidents (1). Pain deriving from rib fractures cause the patient to breath shallow in order to limit discomfort and this bring about negative consequences: shallow breathing and inability to clear secretions may cause pulmonary atelectasis eventually evolving to pneumonia. Given the aforementioned concerns, it is easy to understand why, in a context like this, control of chest pain become crucial. The best way to achieve adequate pain control have not yet been established: the aim of this study is to investigate on this clinical dilemma. In this study, 72 people with at least two monolateral rib fractures are going to be randomized into three groups: 1) standard treatment alone (intravenous analgesia: acetaminophen + morphine PCA); 2) continuous serratus plane block + standard treatment; 3) single-shot serratus plane block + standard treatment. The variables that are going to be recorded are the following: pain through the NRS scale, FEV1 and FVC through spirometry and finally an arterious gas analysis. Recording are going to be repeated at 72h after admission. The primary endpoint is to evaluate if the continuous serratus plane block is able to improve the FEV1/FVC compared to single shot or standard treatment alone. Secondary endpoints will be: the effect of continuous block on 1) resting and incident pain; 2) opioid consumption; 3) blood gas analysis parameters; 4) pulmonary complications at 1 month; 5) length of stay
Brief summary: Background: Rib fractures are one of the most common causes of trauma disabilities and have become an important health issue. Patients usually suffer from severe pain. A rapid and adequate pain control is considered as a priority to improve respiratory mechanics and reduce the risk of pulmonary and systemic complications. So far, there was no gold standard regarding pain control for rib fractures. Objective: To assess the effect of the newly-designed Prosthorax Thoraxbelt in addition to oral analgesics on pain control of rib fractures Method: There will be two groups of patients in this study. One group will be the patients with rib fractures who are necessary for in-hospital intense pain control. The other will consist of follow-up patients with rib fractures at an outpatient clinic. The investigators will aim to recruit 30 and 82 patients respectively.
The purpose of this study is to compare 2 pain control treatments for people with 3 or more rib fractures.
Our research uses the electrical impedance tomography system (EIT), which can use the applied current and measurement voltage through the body surface electrode group, and use the reconstruction algorithm to construct an image imaging system that exceeds the cross-sectional, which can provide images of the internal physiological changes of the chest contour, in order to quantify the changes in lung function caused by rib fractures.
In our study, we assess the diaphragmatic function, pain quality and anti-inflammatory properties between low dose infusion of dexmedetomidine and ketamine in patients with multiple fracture ribs on conservative treatment.
The purpose of this study is to determine the feasibility of using the ultrasound-guided erector spinae plane blocks to provide additional pain relief to patients with rib fractures in the Emergency Department (ED) and Intensive Care Unit (ICU).
The purpose of this study is to use the Duracore splinting device to measure lung capacities of patients with rib fractures in control and experimental groups to determine if lung capacities improve with the splint.