Nurse information in Spanish intensive care units: Formal or informal role? Multicentre study.

OBJECTIVES: To evaluate the brochure provided to relatives on admission to Spanish Intensive Care Units (ICU) regarding nursing information. METHODOLOGY: Descriptive, cross-sectional, multicentre study from September-December 2019. A total of 280 adult ICUs were included, according to the list of the Spanish Society of Intensive Care. The brochure was requested through personal contact, phone call, twitter, or hospital website. ANALYSED VARIABLES: Hospital (public/private), university (yes/no), visiting (open/closed), medical and nurse information. Descriptive statistics and X2 test (relations nurse information and other variables). RESULTS: Data were collected from 228 ICU (81.4%), of which 25 (11%) did not have a brochure. A total of 77.8% were public and 49.8% university hospitals. Of the hospitals, 94.1% had closed visiting hours, although 42.4% supplemented it with flexible. All the hospitals included daily medical information with an established timetable, 21.7% (n = 44) contained nurse information, 27.3% with established hours and 38.6% during visits. Of the nursing information, 79.5% referred to care, 29.5% to needs, 13.6% to well-being, 15.9% to the patient's condition, 11.4% to the environment, 9.1% to observations, and 29.5% to clarifications. A total of 17.2% of all ICU offered to collaborate in care. Of the brochures with nurse information, 90.9% were public hospitals and 9.1% were private (p = .02). Of the hospitals, 65.9% were university compared to 34.1% who were not (p = .02). CONCLUSIONS: While medical information is consistently reflected in all brochures, only a few contain nursing information with generic and non-homogeneous and specific content. These results contrast with the reality of the ICU, where the nurse is the professional with the greatest contact with the family. The official provision of nursing information occurs more frequently in public and university hospitals. It is necessary to standardise this information, since as a responsible part of the care process, nurses must communicate their care in a formal manner, and thus help make their work visible.

Incidence of moisture-associated skin damage in an intensive care unit. / Incidencia de lesiones cutáneas asociadas a la humedad en una unidad de cuidados intensivos.

OBJECTIVES: To determine the incidence of moisture-associated skin damage (MASD) in the nappy area, identify predisposing factors and know the preventive measures and nursing records. METHOD: Descriptive longitudinal study (June 2014-April 2015) in a general ICU. Patients whose stay >48hours and without skin lesions were included. The skin was assessed daily until the appearance of MASD, discharge or a maximum of 14 days. Demographics, stay, MASD type, incontinence, number and consistency of stools, obesity, Braden scale and prevention were recorded. RESULTS: 145 patients (66.2% male) were studied, median age was 69 (P25=56.5, P75=76) and median length of stay was five days (P25=3, P75=11.25), 29.9% were obese. Incontinence-associated dermatitis (IAD) was detected in 26.2% and intertriginous dermatitis (ITD) in 15.9%. MASD was recorded in 23.8%. The variables causing IAD to develop were faecal incontinence, number of stools, liquid stools, and stay. Those for ITD were obesity and score on the Braden scale. Multivariate analysis selected faecal incontinence (OR=5.4, CI95%: 1.1-26) and the number of stools (OR=1.1, CI95%:1.0-1.2) as independent variables for developing IAD and obesity (OR=2.8, CI95%:1.0-8.2) and Braden (OR=0.8, CI95%:0.7-1.0) for developing ITD. Prevention to 23.8% of obese and 42.9% of incontinent was performed. CONCLUSIONS: There is a high incidence in MASD. Faecal incontinence and higher number of stools are the risk factors for developing IAD. Obesity and a lower score on the Braden scale may affect susceptibility to ITD. Recording of MASD and its prevention in patients at risk is insufficient.

[Variation of muscle mass and weight in critical patient]. / Variación de la masa muscular y el peso en el paciente crítico.

OBJECTIVES: Quantify the muscle mass and body weight variation in critically ill patients and to identify associated factors. METHOD: A descriptive follow-up study. Data for demographic variables, body weight, fluid balance, daily kilocalories, the amount of sedation and muscle relaxants received and motor physiotherapy applied were collected. Three consecutive measurements were performed in the brachial biceps and quadriceps rectus by using ultrasound, upon admission and every 5 days until discharge. RESULTS: 68 patients were included. Average age was of 73.5 [57-78,5] years. The median length of stay was 9.5 [5.5 -15] days. The median 16 (SD=5.7) daily kilocalories per kg/weight, 91.2% received sedation, 44.1% received muscle relaxants and 20% received physiotherapy. The patients presented a muscle wasting of 4.9 (SD=3.9)mm, p <.001 in the brachial biceps and 5.6 (SD=4.8)mm, p <.001 in the quadriceps rectus. Regression analysis selected the length of stay and the muscle relaxants are the most influential variables in the brachial biceps muscle wasting (R2=0.4), and length of stay as the most influential in the quadriceps rectus muscle wasting (R2=0.3). Patient's mean body weight on admission was of 81.1 (SD=15)kg and 81.2 (SD=14.2)kg on discharge, p=.95. CONCLUSIONS: The critically ill patient presents a significant muscle waste related with the length of stay and the treatment received with muscle relaxants. Patients are being discharged with a similar body weight to which they were admitted but with a significant reduction of muscle mass.

[Analysis of compliance of 2 prevention measures for ventilator-associated pneumonia (raised head of bed and cuff pressure control)]. / Análisis del cumplimiento de 2 medidas para prevenir la neumonía asociada a la ventilación mecánica (elevación de la cabecera y control del neumotaponamiento).

OBJECTIVES: To quantify the hours of mechanical ventilation in patients with head of bed elevation≥30°. Determining compliance of cuff measurement every 6h. METHOD: Descriptive longitudinal study. Measured: time head of bed elevation≥30°, <30° and reasons for non compliance, as well as cuff control every 6h. RESULTS: One hundred and seventy-two records of head of bed elevation and 584 of cuff pressure. Daily average head<30° for care or procedures: 2h (1h19'). The theoretical average number of hours that patients should remain at≥30° was 21h15' (3h) and actual 14h (5h) (P<.001). Registration of cuff was 76,7%. Cuffs between 20-30cmH2O were 75.9%. The 20% of cuff pressure were measured every 6h<20cmH2O and 33.7% when the interval was higher (P=.04). CONCLUSIONS: A third of the day patients are<30° without justification. Cuff pressure registration and percentage of therapeutic range are high. Control every 6h decreases the cuff with pressure<20cmH2O.