Men's perception and participation in maternal and child health care in the field practice area of a teaching hospital: A cross-sectional study from rural Bengal.

Introduction: Participation of men in maternal and child health (MCH) is crucial for the reduction of infant and maternal mortality. MCH care services have been focused on providing information and services to women, but males' behaviour and decisions affect the health of the child and mother.

Objectives: The objectives of the study were to assess the perception and participation of males in MCH care as well as, to identify the association of their perception and participation with socio-demographic characteristics and to find out the correlation between perception and participation regarding MCH care.

Potent neutralization by a RBD antibody with broad specificity for SARS-CoV-2 JN.1 and other variants.

SARS-CoV-2 continues to be a public health burden, driven in-part by its continued antigenic diversification and resulting emergence of new variants. By increasing herd immunity, current vaccines have improved infection outcomes for many. However, prophylactic and treatment interventions that are not compromised by viral evolution of the Spike protein are still needed.

The transcriptome of playfulness is sex-biased in the juvenile rat medial amygdala: a role for inhibitory neurons.

Social play is a dynamic behavior known to be sexually differentiated; in most species, males play more than females, a sex difference driven in large part by the medial amygdala (MeA). Despite the well-conserved nature of this sex difference and the importance of social play for appropriate maturation of brain and behavior, the full mechanism establishing the sex bias in play is unknown. Here, we explore "the transcriptome of playfulness" in the juvenile rat MeA, assessing differences in gene expression between high- and low-playing animals of both sexes via bulk RNA-sequencing.

Glioma nanotherapy: Unleashing the synergy of dual-loaded DIM and TMZ.

Glioblastoma multiforme (GBM) is a highly aggressive form of primary brain tumor in adults, which unfortunately has an abysmal prognosis and poor survival rates. The reason behind the poor success rate of several FDA-approved drug is mainly attributed to insufficient drug distribution to the tumor site across the blood-brain barrier (BBB) and induction of resistance. In this study, we have developed a novel nanotherapeutic approach to achieve our goal.

Entropy-Driven Reversible Melting and Recrystallization of Layered Hybrid Perovskites.

Typical layered 2D APbX (A: organic ammonium cation, X: Br, I) perovskites undergo irreversible decomposition at high temperatures. Can they be designed to melt at lower temperatures without decomposition? Which thermodynamic parameter drive the melting of layered perovskites? These questions are addressed by considering the melt of APbX as a mixture of ions (like ionic liquids), and hypothesized that the increase in the structural entropy of fusion (ΔS) will be the driving force to decrease their melting temperature. Then to increase structural ΔS, A-site cations are designed that are rigid in the solid crystal, and become flexible in the molten state.