Evaluating the impact of Keep Your Move in the Tube (KYMITT) on patient AM-PAC scores and discharge disposition.

Background: The Sarasota Memorial Health Care System (SMHCS) Acute Care Rehabilitation Team began implementing the Keep Your Move in the Tube (KYMITT) protocol in February 2023 to improve patient mobility and offer an alternative to traditional sternal precautions. The goal of KYMITT is for patients to remain within a safe zone (referred to as "the tube") rather than complying with time and weight restrictions, which are the cornerstone of traditional sternal precautions. In previous studies, KYMITT was associated with greater independence after surgery without placing patients at an increased risk of experiencing a surgical site infection.

Correction: The effect of the gelation temperature on the structural, magnetic and magnetocaloric properties of perovskite nanoparticles manufactured using the sol-gel method.

[This corrects the article DOI: 10.1039/D4RA01086H.].

Effect of Ni Substitution on the Structural, Magnetic, and Electronic Structure Properties of GdTb(CoNi) Compounds.

The comprehensive research of magnetic and electronic structure properties of the new class of GdTb(CoNi) compounds, crystallizing in the cubic Laves phase (C15), is reported. The magnetic study was completed with electrical resistivity and electronic structure investigations. The analysis of Arrott plots supplemented by a study of temperature dependency of Landau coefficients revealed that all compounds undergo a magnetic phase transition of the second type.

Structure and selected properties of Al-Cr-Fe alloys with the presence of structurally complex alloy phases.

The aim of the study was to supplement the data on the AlCrFe alloy with binary phase structure and the AlCrFe alloy with multiphase structure prepared with two different cooling rates from the liquid state. The presence of the structurally complex AlCrFe phase was confirmed by neutron diffraction, scanning electron microscopy with the analysis of chemical composition and transmission electron microscopy. Additionally, the AlCr phase with γ-brass structure was identified for AlCrFe alloy in both cooling rates from the liquid state.

A Comprehensive Study of Pristine and Calcined f-MWCNTs Functionalized by Nitrogen-Containing Functional Groups.

We present the study of pristine and calcined f-MWCNTs functionalized by nitrogen-containing functional groups. We focus on the structural and microstructural modification tuned by the previous annealing. However, our primary goal was to analyze the electronic structure and magnetic properties in relation to the structural properties using a multi-technique approach.