Bedside handovers in mental health care: An explorative review.

Introduction: Involving mental healthcare patients in nursing handover practices seems a promising method for increasing patient participation, empowerment, and shared decision-making but is hardly found in practice.

Method: An explorative review on bedside handovers in mental health care was conducted. Searched databases included CINHAHL, Web of Science, PubMed, and Embase.

Activation of goblet-cell stress sensor IRE1β is controlled by the mucin chaperone AGR2.

Intestinal goblet cells are secretory cells specialized in the production of mucins, and as such are challenged by the need for efficient protein folding. Goblet cells express Inositol-Requiring Enzyme-1β (IRE1β), a unique sensor in the unfolded protein response (UPR), which is part of an adaptive mechanism that regulates the demands of mucin production and secretion. However, how IRE1β activity is tuned to mucus folding load remains unknown.

Canonical IRE1 function needed to sustain vigorous natural killer cell proliferation during viral infection.

The unfolded protein response (UPR) aims to restore ER homeostasis under conditions of high protein folding load, a function primarily serving secretory cells. Additional, non-canonical UPR functions have recently been unraveled in immune cells. We addressed the function of the inositol-requiring enzyme 1 (IRE1) signaling branch of the UPR in NK cells in homeostasis and microbial challenge.

Implementing bedside handovers in mental health care: Insights from an experience-based co-design.

Objectives: Bedside handovers have the potential to provide opportunities to increase patient involvement in mental health care. However, limited research has been conducted on this subject.

Methods: In this study, we investigate the suitability of experience-based co-design as a method for designing bedside handover in mental health care.

Leaf morphology, optical characteristics and phytochemical traits of butterhead lettuce affected by increasing the far-red photon flux.

Light and its spectral characteristics are crucial for plant growth and development. The far-red photon flux mediates many plant processes through the action of phytochrome and also accelerates the photosynthetic electron transfer rate. In this study, we assessed the effects of far-red addition on butterhead lettuce morphology, light use efficiency, optical properties, and phytochemical characteristics.