View clinical trials related to Comfort.
Filter by:Stress and pain control are vital for newborns, especially preterm babies. While painful procedures cause physiological changes in the short term, they negatively affect brain development in the long term. Non-pharmacological interventions with proven efficacy include: fetal position, sucrose, breastfeeding, breast milk, maternal presence, non-nutritive sucking, swaddling (wrapping) and skin-to-skin contact, as well as developmentally supportive positioning. Evaluating the effectiveness of nursing practices to be performed on babies, scientifically proving the most beneficial application that will both alleviate pain and increase their comfort in painful procedures such as aspiration and being more beneficial to babies are among the most basic benefits. Thanks to these applications, it is predicted that your baby will experience less pain and provide more comfort. Therefore, this study aim to comparison the effects of facilitated tucking, swaddling and prone position applied during endotracheal aspiration on pain, comfort and physiological parameters in preterm infants.
urpose: This study will be carried out to determine the effect of two different catheter covers on the comfort, satisfaction, pain level of the patient and the satisfaction of the nurse. Materials and Methods: This study, which is planned as an open-label randomized controlled post-test study, will be carried out between December 2021 and February 2022. Data; Descriptive Properties will be collected with the Information Form and Visual Analog Scale (Visual Analog Scale-VAS). Data will be collected face to face by researchers.
Shotblocker and breastfeeding are an attempt to reduce pain during invasive procedures in newborns. This study was planned to evaluate the effect of non-pharmacological interventions on the pain and comfort level of newborns, whose heel blood will be taken in the 1st Level Neonatal Intensive Care Unit.
in this study, it was aimed to examine the effect of the modular carrying system on the outcomes of care in the mobilization of patients with a chest tube. The population of the study consisted of patients followed in Yedikule Chest Diseases, and Thoracic Surgery Training and Research Hospital between October 2019 and January 2021, and the sample consisted of 83 patients who met the inclusion criteria. The study was performed with the intervention group (n=37) mobilized with the Modular medical equipment carrying vehicle and the control group (n=46) mobilized with the routine application.
The aim of this study to determine the effect of hot showers on postpartum fatigue, mood and comfort in women giving vaginal birth. 136 women, who were between 6 and 12 hours postpartum, were assigned to intervention and control groups by computer randomization. Visual Similarity Scale for Fatigue, Visual Analogue Scale, Postpartum Comfort Questionnaire and Brief Mood Insight Scale were used to collect data. The women in the intervention group were allowed to take a shower in a standing position at a water temperature of 37-41°C for 10-20 minutes. In the control group, routine care was provided.
The purpose of this randomized controlled trial is to determine the effect of different positions (supine, prone, right lateral and left lateral) in post-op term newborns staying in Pediatric Cardio Vascular Surgery (PCVS) Intensive Care Unit on gastric residual volume and comfort level.
The aim of this study to determine the effect of deep tissue massage applied to the back on pain and comfort after cesarean section. Personal information form was used as data collection form, Visual Analog Scala was used to assess pain, and Postpartum Comfort Questionnaire was used to assess comfort.
Comfort can be a physical sensation, a psychological state, or both simultaneously . Patient comfort in an inpatient setting is a subjective state that varies from each individual based on different factors and situations. The Richards-Campbell Sleep Questionnaire (R-CSQ) and the Revised American Pain Society Outcome Questionnaire (APS-POQ-R) are tools that have been developed to assess patient satisfaction and comfort in the hospital setting. The R-CSQ is a scale used to measure different aspects of sleep quality. This scale allows the patient to rate their quality and amount of sleep on a scale of 0-100. The R-CSQ allows the patient to rate six different components of their sleep, including sleep depth, sleep latency, awakenings, returning to sleep, sleep quality, and noise. The APS-POQ-R can be utilized to measure perceived levels of pain in patients. The APS-POQ-R scale is a validated scale that is used in the hospital setting with reliable and consistent results. This scale measures five aspects of a patient's perception and experiences with pain and a sixth aspect including nonpharmacological interventions. We propose that if patients implement interventions that promote sleep and decrease pain, comfort will be improved.
This study; It will be carried out with the aim of developing the artificial intelligence method, which allows automatic determination of comfort levels of newborns.
This study compares two methods of gas delivery in a dental setting: 1) demand-driven (DD) and 2) free-flow (FF). Nitrous oxide and oxygen sedation (NOS) is a common form of minimal sedation for adult and paediatric patients undergoing dental procedures. In order for NOS devices to be utilized during dental treatment, dentists must be able to provide gas flow to the patient, and subsequently scavenge used and unused gasses. Gas delivery is via a nasal mask, since the oral cavity must be accessible to the dentist throughout treatment. Current devices for NOS in the dental setting utilize a free-flow gas method, where nitrous oxide and oxygen are released continuously from their tanks. The flow rate is set by the dentist according to the patient's minute ventilation needs, and unused and exhaled gasses are scavenged via the nasal mask. The demand-driven gas flow method, where inspiration triggers gas flow, has been used successfully in other medical settings, such as in obstetrics, medical emergencies, and for patients with chronic obstructive pulmonary disease. However, in these settings the mask used covers both the nose and mouth, and patients can trigger the demand-driven method through inspiration of the nose or mouth. The demand-driven gas flow method has a significant gas-sparing advantage over the free-flow method. With a demand-driven method, the patient dictates the flow rate and gas is only delivered when they are inspiring, compared to the free-flow method which provide gas flow throughout inspiration and expiration. However, the demand-driven method have not been studied in a dental setting where flow can only be triggered through the nose. It is therefore unknown whether it is feasible or comfortable for patients to trigger a demand-driven method nasally when their mouth is open during dental treatment. This study will aim to assess the feasibility and comfort of a nasal demand-driven gas delivery method utilizing 100% oxygen in healthy, adult participants in a simulated dental setting. If the device is feasible and comfortable with 100% oxygen in a simulated dental setting, future research can be conducted to assess its use for NOS for dental treatment.