Active clinical trials for "Pressure Ulcer"

Randomized Clinical trial between two positions to initiate colonoscopy, Right Sided vs Left Sided

The study is a randomised controlled trial of patients admitted for a scheduled cardiac surgery at the Clermont-Ferrand hospital. Patients meeting the study inclusion criteria will be allocated to either the control group that will receive pressure ulcer prevention standard care or the intervention group that will receive pressure ulcer prevention standard care plus have a Mepilex® Border dressing applied to their sacrum.

The objective of this study is to establish required data for SEM Scanner analysis of the readings given by the SEM Scanner in the target patient population.. In order to better understand the data this non-invasive scanner provides a collection of data/readings is required to be collected in a certain population. This will help with clinical interpretation of the numbers and readings this device will provide.

This study aims to identify differences and similarities between superficial pressure ulcers (category II and III) and incontinence-associated dermatitis (category IIA) at tissue level. Skin biopsies will be obtained from 30 patients with pressure ulcers (n = 10), incontinence-associated dermatitis (n = 10), and combined lesions (n = 10). The results from the histopathologic examination will be compared with the clinical diagnosis by wound care experts, which will be based on photographs and relevant patients' characteristics.

The prevalence of and risk factors for pressure ulcers (PUs) in critically ill patients have been poorly studied. The main objective of this study was to describe the prevalence of PUs in critically ill patients. Secondary objectives were to describe PUs, means of prevention of PUs, and factors associated with occurrence of PUs in the ICU.

From the point of view of nursing to know exactly the different risk factors for the onset of pressure ulcers is very important as it allows to accurately orient preventive care interventions. All the variable that could influence the development of pressure ulcer in patients undergoing knee replacement surgery are identified and collected: age, sex, body max index, risk to develop Pressure Ulcer (braden score), treatment to prevent pressure ulcers (typology of the devices used, such as air mattresses with alternating or static pressure, heel drains, frequency of mobilization carried out by both the patient care), management of eventual incontinence (use of diapers, urinary catheter), type of anesthesia, type of analgesia, length of stay, the ASA physical status classification system (ASA score), comorbidity, cancer, use of devices for controlling the position of the operated limb (foam valve), the number of physical therapy sessions actually carried out.

Skin care for seriously ill patients in the intensive care unit (ICU) is one of the key components in the prevention of serious complications that affect the treatment outcome. Bed rest, prolonged skin contact with biological secretions (urine, faeces, etc.) containing active irritating metabolic products (urea, faecal proteases, lipase, bile salts), and the use of diapers (disposable or otherwise) result in patient skin damage. Skin microbiota metabolizes urine that leads to alteration of skin pH, and promotes the propagation of opportunistic microorganisms causing infectious complications of skin and soft tissues. Additional factors, such as pressure on soft tissues, friction, or soft tissue displacement, lead to the formation of pressure sores which seriously worsens clinical results, patients' life quality, and significantly increases treatment costs. Statistics on the incidence of pressure sores in Russian medical institutions are rather scarce. It was reported that the incidence of pressure sores in hospice patients is up to 22.4%, and when assessing skin and soft tissues infections in ICU patients, the incidence of pressure sores is 28.9%. A meta-analysis of foreign studies on the prevalence of pressure sores in ICU showed an incidence range of 7.8%-54% in studies using the methodology of the European Pressure Ulcer Advisory Panel, 6-22% in studies applying the methodology of the National Pressure Ulcer Advisory Panel, and 4.94% for a study that used the Torrance system. The probable range of the prevalence of pressure sores worldwide in intensive care facilities is from 6% to 18.5%. A recent UK randomized study found the development of new pressure sores or progression of existing ones in 15% of ICU patients with an expected stay in the ward for at least 36 hours. Unfortunately, premorbid skin conditions that contribute to the formation of trophic disorders are largely overlooked, which results in the absence of a proper risk management system. Use of the traditional method of skin care in patients including liquid soap, napkins, and diapers can disrupt the skin barrier function and increase the risk of bedsores. This treatment method contributes to probable damage of the hydrolipid skin layer, the formation of skin microcracks, and the chemical irritation of skin, which is aggravated by frequent washing. The current trend is the use of methods that allow frequent skin washing without compromising its barrier function.

The device that is the subject of this investigation is a diagnostic tool to detect the among of fluid in hypodermis to help to prevent the formation of pressure injuries. The Sub Epidermal Moister(SEM) Scanner, is a non invasive portable medical device use to complet the clinical jugement of clinician

Evaluation of the ability of socks weaved with pressure relieving areas to reduce the pressure on the foot when weight bearing.

To assess risk of skin pressure lesions in patients treated with noninvasive mechanical ventilation.