Readiness for Hospital Discharge After a Cesarean Section and Associated Factors Among Chinese Mothers: A Single Centre Cross-Sectional Study.

Purpose: Knowledge of the readiness for hospital discharge can help health care professionals accurately determine the patients' discharge time. However, few studies were on the readiness for discharge and its related factors among mothers with cesarean sections. Thus, this study aims to examine the readiness for hospital discharge and its associated factors among Chinese mothers with cesarean sections. Patients and Methods: A single-centre cross-sectional study was conducted from September 2020 to March 2021 in Guangzhou, China. Three hundred thirty-nine mothers with cesarean sections completed the questionnaires on demographic and obstetric characteristics, readiness for hospital discharge, quality for discharge teaching, parenting sense of competence, family function, and social support. Multiple linear regression analysis was used to identify independent factors influencing readiness for hospital discharge among mothers with cesarean sections. Results: The total score of readiness for hospital discharge was 136.47 ± 25.29. The quality of discharge teaching, parenting sense of competence, number of cesareans, family function, and attending antenatal classes were independent factors influencing the readiness for hospital discharge (P < 0.05) among mothers with cesarean sections. Conclusion: The readiness for hospital discharge of mothers with cesarean sections need to be improved. Improving the quality of discharge teaching, parenting sense of competence, and family function may help improve the readiness for hospital discharge of mothers with cesarean sections.

Effect of C-terminal truncation on the molecular chaperone function and dimerization of Escherichia coli trigger factor.

To examine the role of the C-terminal domain in the chaperone function of trigger factor (TF), a number of truncation mutants were constructed, namely: TF419, TF389, TF380, TF360, TF344, and TF251, in which the C-terminal 13, 43, 52, 72, 88 residues or the entire C-domain were deleted, respectively. Co-expression of mutant chicken adenylate kinase (AK) with TF and the C-terminal truncation mutants was achieved using a plasmid pBVAT that allows expression of TF and AK from a single plasmid. The results show that truncation of the C-terminus of TF has only minor effect on its ability to assist AK refolding in vivo. Further, ribosome-binding experiments indicate that C-terminal truncation mutants can still bind to the ribosome and the presence of the C-terminus may in fact lower the affinity of TF for the ribosome in vivo. This indicates that the C-domain of trigger factor may not be essential for the ribosome-associated molecular chaperone function of TF. However, the purified TF C-terminal truncation mutants had a dramatically reduced ability to assist rabbit muscle GAPDH refolding in vitro and a reduced tendency to dimerize. This shows that the structural integrity of the C-terminus contributes to both the chaperone function of TF and the stability of the dimeric form.