Inguinal hernia mesh infections: Chronic challenges, atypical pathogens and lessons in sterilisation.

Chronic mesh infections after inguinal hernia repair present significant clinical challenges due to biofilm-mediated resistance, involvement of multidrug-resistant and atypical pathogens, and gaps in preventive strategies. Our case series of four patients highlights critical research gaps, including the overlooked role of atypical pathogens such as , diagnostic challenges in detecting slow-growing or resistant organisms and perioperative sterilisation lapses, especially inconsistent Glutaraldehyde use during late-day operations. Many patients suffered with persistent sinuses and recurrent hernias months after surgery.

Universal Design Futures: Theoretical Insights and Paradigms from a Majority World.

This paper intends to position the key theoretical understanding of universal design from a global lens to the contemporary times, especially with insights from India as a majority world perspective. Using a narrative-based approach, it combines theoretical insights with experiential insights through state-of-the-art literature and understanding. A seven-lens framework is proposed as a comprehensive approach towards UD viz.

Inclusive Public Toilets: A Universal Design Enquiry for Indian Context.

Public toilets fulfil an essential need for all human beings. In the context of India, the diversity of population implies a diverse set of complex barriers in the public toilet experience. Inclusion and the contextual translation of universal design becomes crucial, considering the distinct socio-cultural dimensions.

Buoyancy-Assisted Fabrication of Liquid Diode: Janus Nanofibrous Membrane for Efficient Wastewater Treatment.

The pressing need for effective methods to separate oil and water in oily wastewater has spurred the development of innovative solutions. This work presents the creation and evaluation of a Janus nanofibrous membrane, also known as the Liquid Diode, developed using electrospinning (e-spinning) and buoyancy-assisted hydrothermal techniques. The membrane features a unique structure: one side is composed of PVDF nanofibers embedded with a GO/TiO composite, exhibiting in-air superhydrophobic and superoleophilic properties, while the reverse side consists of PVDF nanofibers with a ZnO nanorod array, demonstrating in-air superhydrophilic and underwater (UW) superoleophobic properties.