Quality of care during rural care transitions: a qualitative study on structural conditions.

Background: Registered nurses are critical for the delivery of high-quality healthcare during care transitions from hospital to home. Older co-morbid patients are most vulnerable during these transitions. A growing population of older adults with a higher prevalence of diseases implies increased demands on healthcare and its quality, which is affected by the environment where healthcare is provided.

Palliative care in rural areas - collaboration between district nurses and doctors: an interview study.

Background: Palliative care requires major nursing interventions as well as medical interventions; thus, both district nurses and doctors are vital to the palliative team. Sparsely populated rural areas are characterised by large geographic distances with the nurses and doctors located far away from each other. If collaboration does not work, this can create challenges for district nurses when managing patients' symptoms.

Reducing risks in complex care transitions in rural areas: a grounded theory.

Purpose: Although previous research indicates that care transitions differ between rural and urban areas, the knowledge of challenges related to care transitions in rural areas appears limited. This study aimed to provide a deeper understanding of what registered nurses' perceive as the main concerns in care transitions from hospital care to home healthcare in rural areas, and how they handle these during the care transition process.

Methods: A Constructivist Grounded Theory method based on individual interviews with 21 registered nurses.

Quantitative and qualitative evaluation of plasma and urine alpha1-microglobulin in healthy donors and patients with different haemolytic disorders and haemochromatosis.

Background: The haem-binding protein alpha(1)-microglobulin (alpha(1)m) is involved in protection against oxidative damage induced by extracellular haem/haemoglobin. A carboxy-terminally truncated form of alpha(1)m (t-alpha(1)m), formed by reactions with haemoglobin, degrades haem into a yellow-brown chromophore linked to the protein. The aim of this work was to investigate if t-alpha(1)m is present in urine from a large cohort and if urinary and plasma alpha(1)m/t-alpha(1)m concentrations are changed in patients with haemolytic disorders and haemochromatosis.