Women's experiences of giving birth in healthcare facilities in India -A systematic literature review of qualitative research.

Background: Childbirth in healthcare facilities has increased in South-East Asia and the focus on quality of childbirth care has increased in the region. Without a deeper understanding of women's experience of giving birth in healthcare facilities, the quality of care cannot be improved. The aim of this study was to synthesise available qualitative research from India that explores women's experiences of giving birth in healthcare facilities.

Metal-Metalloid Modified C Fullerene: A Dual Role in Drug Delivery and Sensing for Anticancer Chlormethine Explored through DFT and MD Simulations.

Spurred by the latest developments and growing utilization of zero-dimensional (0D) drug delivery and drug sensors, this investigation examines the possibilities of the 0D C fullerene for drug delivery and the detection of the anticancer drug chlormethine (CHL), the overabundance of which poses a significant threat to living organisms. This study employs density functional theory and ab initio molecular dynamics (AIMD) simulations (AIMD) to evaluate and gain insights into the interaction mechanisms between pristine C fullerene, metal-metalloid (MM)-modified C fullerene (with Al, Fe, and B), and the anticancer drug CHL. It is observed that in the gas phase, the CHL drug molecule adsorbs onto the fullerenes in the following order: B-C > Fe-C > Al-C > C.

Comparative study of alpha, beta, and omicron spike protein by computing the IR/Raman frequencies and UV-vis adsorption - A computational analysis through DFT.

The outbreak of COVID-19 coronavirus disease around the end of 2019 was a pandemic. The virus has been mutated and so many strains like Alpha, Beta, and Omicron are present in different parts of the world. Hence, timely detection technique is important to overcome the diagnostic challenges.