View clinical trials related to Vital Signs.
Filter by:This study aims to examine the effect of olfactory mental imagery on physiological parameters, anxiety and symptoms after cardiovascular surgery. This study was planned to be conducted as a prospective randomized controlled study in the Cardiovascular Surgery service of Istanbul Mehmet Akif Ersoy Thoracic and Cardiovascular Surgery Training and Research Hospital. The universe of the research; It will consist of patients who are hospitalized in the cardiovascular surgery service and who have undergone cardiovascular surgery. The sample will consist of a total of 90 patients hospitalized in the Cardiovascular Surgery service of the same hospital and meeting the inclusion criteria for the study. Patient Diagnosis Form, Physiological Parameters Monitoring Form, State Anxiety Inventory and Cardiac Surgery Symptom Inventory will be used to collect data. Data will be collected on days 1, 2, 3 and 4 after surgery. In the study, patients will be divided into two groups: intervention (n = 45) and control (n = 45). The intervention group will perform breathing exercises with the olfactory mental imagery technique.
In this clinical study, the investigator will compare vital signs measurements obtained using the non-invasive, wireless VitalTracert monitoring devices (both a VT-Watch and a VT-Patch) to a proprietary continuous physiological data collection tool in 40 patients including 16 patients with an invasive arterial line catheter (radial or femoral) at the pediatric intensive care unit.
The study was planned to determine the effect of acupressure on pain, anxiety and vital signs of patients with coronary angiography. Acupressure application was carried out by the responsible researcher, who is certified on this subject, by TRNC Dr. In the Cardiology Service of Burhan Nalbantoğlu Hospital, patients who have undergone angiography will be applied and measurements will be made before mobilization after their informed consent is obtained.
The purpose of this study is to monitor vital signs with contact and non-contact monitors in patients during anesthesia, and analyze the signal differences between the two monitors.
The impact of the coronavirus disease (COVID)-19 pandemic on global healthcare systems has prompted a search for novel tools to stem the tide. New digital health tools can provide possible health solutions in this time of unprecedented medical crisis to mitigate the impact of this pandemic. This proof of concept study will determine the feasibility and effectiveness of implementing a mobile application for contactless screening and vital signs measurement (MAC-VITAL) such as blood pressure (BP), heart rate (HR), respiratory rate (RR), oxyhemoglobin saturation (SpO2), temperature from surgical patients peri-operatively. Contactless measurement of vital signs will bridge the current gap between virtual care and in-person medical assessments.
Small connected devices monitoring vital signs do not exist in children although they could be very useful to monitor patients once they have left the pediatric intensive care unit (PICU) in order to early identify patients at risk of PICU readmission. The main objective of this study is to assess the accuracy of a connected thoracic patch (VT-Patch) for the continuous monitoring of vital signs in PICU patients. This monitoring device will be used to monitor children in PICU for 8 hours and results will be compared to the standard of care in the unit which is the Philips monitoring system. The investigators will assess the device's accuracy for the monitoring of 4 vital signs (SpO2, heart rate, respiratory rate and temperature) and perform exploratory assessment of three additional parameters (EKG, blood pressure and movement capture). The skin colour of each participant will be categorized based on Fitzpatrick scale and non-invasive spectroscopic method.
Bodytrak® is a wireless earpiece which can monitor the user's vital signs such as tympanic (ear) temperature and heart rate. The earpiece is non-invasive and should fit comfortably within the right ear, similar to an earphone with an over-the-ear hook. Bodytrak is currently in a prototype stage. The purpose of this study is to assess the feasibility of conducting a trial investigating the integration of Bodytrak in an NHS (National Health Service) environment at Chelsea and Westminster Hospital; to collect patient vital sign data for the development of Bodytrak algorithms to detect the transition point of recovery/deterioration of health, as well as the level of consciousness; and to obtain nurse and patient feedback regarding their user experience of Bodytrak.