This collection highlights research on viral nanomachines used by bacterial and animal viruses to recognize hosts, replicate, and assemble infectious particles.

The "Myeloproliferative Neoplasms" Collection invites researchers to contribute to the latest findings and advances in the study of MPNs. This Collection aims to showcase research exploring molecular mechanisms, novel therapeutic approaches, long-term outcomes, and management strategies for complex disorders. By fostering collaboration and knowledge sharing, this Collection seeks to improve understanding and treatment of myeloproliferative neoplasms, ultimately enabling better patient outcomes.

The rapid availability of large-scale, multi-dimensional socio-economic data is transforming how organizations, markets, and policy makers understand economic development, consumer behavior, financial inclusion, and social impact.

This collection aims to bring together cutting-edge research, clinical insights, and implementation-focused work on the prevention, prehospital management, and definitive care of patients affected by avalanches, hypothermia, and cold-related injuries. We invite submissions that advance understanding across the entire chain of survival, from risk assessment and incident prevention to rescue operations, in-hospital care, and systems-level preparedness.

This special issue explores cities as integrated, organism-like systems shaped by complex, multiscale interactions. It seeks interdisciplinary work on urban sensing, coupled-system modeling, digital twin simulation, and AI‑driven governance, aiming to advance data-enabled, adaptive approaches for understanding and shaping urban organisms.

This collection highlights innovative experimental and analytical approaches to understanding uterine function and dysfunction, including organoids and 3D culture systems, novel mouse models, and spatially resolved methods such as spatial transcriptomics. It welcomes basic and translational studies advancing insight into uterine development, physiology, fertility, and pathology across the reproductive lifespan.

This Collection invites submissions on ionic transport in solid state chemistry, focusing on mechanisms, materials, and applications in energy storage. We encourage researchers to contribute their findings on ionic conductors, solid electrolytes, and ionic liquids, with the aim of advancing our understanding of ionic transport and its implications for sustainable energy technologies.

This Collection aims to bring together research on prehabilitation in cancer care, focusing on its impact on surgical outcomes, treatment effectiveness, and patient well-being. We welcome submissions that investigate various aspects of prehabilitation, including exercise interventions, nutritional strategies, and psychological support, contributing to a deeper understanding of how prehabilitation can improve the cancer care continuum.

This collection solicits original research and review articles exploring the molecular, physiological, and ecological mechanisms through which environmental factors regulate plant development and phenotypic plasticity. It particularly welcomes submissions integrating multi-omics, synthetic biology tools, or field studies to reveal plant adaptive strategies, with the goal of linking basic research on plant-environment interactions to agricultural sustainability.

The Egyptian Journal of Biological Pest Control invites submissions for a special collection focusing on the living dynamics between soil microbes, plants, and pests. We seek high-quality, original research including field evaluations that explore the formulation, application, and molecular modes of action of beneficial microbes. This collection serves as a global platform for integrating soil-microbe-plant interactions into sustainable, non-chemical pest management systems.

The Collection aims to publish original research and review articles, methodological advances, application-oriented studies, interdisciplinary AI frameworks, and real-world case studies drawn from professional sports.

This Collection highlights the need for integrated, system‑level approaches that combine prevention, rehabilitation, nursing care, and policy to improve respiratory health outcomes through coordinated, equitable, and sustainable care across the lifespan.

This Collection aims to gather cutting-edge research and reviews addressing sustainable materials, manufacturing processes, and applications of printed and flexible electronics. Particular emphasis will be placed on environmentally responsible materials, scalable production technologies, and interdisciplinary innovations connecting electronics manufacturing with biotechnology, artificial intelligence, photonics, energy systems, and advanced materials science.

Carbon-based nanomaterials, including graphene, carbon nanotubes, biochar, and carbon quantum dots, offer exceptional potential for addressing environmental challenges due to their unique physicochemical properties and tunable functionalities. This Collection focuses on their design, synthesis, and applications in environmental remediation, particularly in wastewater treatment, air purification, pollutant sensing, and sustainable resource management.

Innovations in Biopolymers and Plastic Waste Management (InBiPWM)

This Collection highlights advanced surface functionalization and interface engineering of materials. It focuses on their use in environmental remediation and energy applications.

The collection will highlight both theoretical advances and practical implementations, with special emphasis on computational advantage, scalability, benchmarking, and real-world use cases in science, engineering, and industry.

Neurodegenerative diseases such as Alzheimer’s, Parkinson’s, Huntington’s disease, and ALS involve progressive neuronal loss, and their underlying mechanisms remain only partially understood. Increasing evidence suggests that epigenetic regulation—through DNA methylation, histone modifications, chromatin remodeling, and non-coding RNAs—plays a key role in modulating neuronal vulnerability and disease progression by linking environmental and metabolic influences to altered gene expression.

This Collection explores precision psychiatry and population mental health through genomics, metabolomics, and multi-omics research. It welcomes studies on psychiatric genetics, biomarkers, epidemiology, gene–environment interactions, digital health, and personalized approaches for early detection, prevention, and improved mental health outcomes.

This Special Issue highlights AI innovations for marine environments, addressing challenges in underwater exploration, environmental monitoring, and autonomous navigation. Focusing on machine learning, computer vision, and intelligent systems, it brings together interdisciplinary research on underwater robotics, ocean data analysis, and sustainable marine operations.