This Collection explores the role of epigenetic regulation in ovarian cancer, from disease initiation to progression and therapeutic response. It highlights advances in multi-omics, single-cell, and liquid biopsy approaches to understand tumor heterogeneity and identify biomarkers. By integrating molecular insights with clinical applications, the Collection aims to support precision medicine and improve diagnostic and therapeutic strategies in ovarian cancer.

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This Collection aims to foster a deeper understanding of the acoustic environments in polar regions, their implications for biodiversity and conservation efforts and future guidelines and pathways for sustainable development and adaptation to climate change.

By bringing together multidisciplinary studies that integrate nanotechnology, pharmacology, and toxicology, this Collection aims to accelerate the development of safe and effective targeted nanotherapeutics and to contribute valuable insights into their pharmacological promise and toxicological profiles.

This Collection seeks to gather state-of-the-art research that addresses challenges in these domains, explores novel methodologies, and demonstrates real-world applications—ultimately advancing the autonomy and intelligence of robotic systems.

This Collection aims to bring together research on the ethical challenges faced in pediatric research and clinical practice. We welcome research that explores topics such as pediatric autonomy, ethical dilemmas, and safeguarding children’s best interests across different clinical contexts. By addressing these critical issues, the Collection seeks to enhance understanding and promote best practices that uphold the rights and welfare of children in healthcare and research.

This Collection invites research contributions in the field of fungal genomics, exploring the genetic and genomic characteristics of fungi, such as yeasts and filamentous fungi. We welcome submissions that investigate genomic analysis and transcriptomics, along with their implications in fields such as health, agriculture, and biotechnology. By unearthing the complexities of fungal genomes, this Collection aims to support advancements beneficial for both science and society.

This Collection highlights original research that explore novel porous architectures, surface and interface engineering, and integration into functional devices for energy, environmental, or biomedical use. Studies addressing challenges in scalability, durability, and sustainable manufacturing are particularly welcome.

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This Collection invites contributions exploring the technological, methodological, and socio-economic aspects of Urban Energy Transition From Zero Energy Buildings to Positive Energy Districts. We welcome original research, reviews, and case studies that advance our understanding of how ZEB concepts can be scaled and integrated to achieve positive energy districts.

This collection will showcase cutting-edge research and integrated technologies that harness solar energy to transform food processing systems — improving efficiency, lowering carbon footprints, and enhancing sustainability across the value chain. The focus will be on both solar thermal and photovoltaic-enabled solutions that target real-world problems in post-harvest operations and small-scale food processing, especially for rural and resource-constrained communities.

The articles are supposed not only to identify problems related to public health, sanitation and water supply and urban planning, but also to propose integrated, scalable solutions for the modern metropole.

This Collection aims to advance scalable, adaptive, and physically grounded AI systems capable of empathic interaction, multimodal reasoning, and safe collaboration across domains such as healthcare, assistive technologies, education, and intelligent environments.

The Collection particularly welcomes contributions spanning systems, devices, software, networking, security, analytics, and applications in smart manufacturing, healthcare, mobility, agriculture, smart buildings, and urban infrastructures.

The collection welcomes research spanning IoT hardware and sensors, edge/cloud analytics for real-time anomaly detection, adaptive automation for personalized care routines, and seamless integration with telehealth platforms.

This Collection aims to present recent advances in RF MEMS devices, components, and systems for wireless communications, covering both fundamental device innovations and practical system-level applications.

This Collection explores innovative strategies for next-generation crop improvement aimed at enhancing stress tolerance, seed vigor, and nutritional quality. It welcomes research on plant breeding, genomics, biotechnology, and seed biology that contribute to developing climate-resilient and nutritionally enhanced crops for sustainable agriculture.

There is a critical need for greener and more sustainable water remediation strategies, with Advanced Oxidation Processes (AOPs) and photocatalysis emerging as modern, effective technologies capable of complete mineralization of organic pollutants through the generation of reactive oxygen species (ROS). This collection focuses on advanced nanocatalysts for environmental applications, particularly those harnessing ROS—an underexploited but powerful tool—to develop clean, non-toxic, low-waste, cos

This Collection invites interdisciplinary, application-oriented research on leveraging signal processing and machine learning for accurate, scalable cardiovascular health monitoring using wearable sensors. Moving beyond theoretical advances, this Collection emphasizes practical implementations of low-cost, non-invasive systems integrating bio signal acquisition, intelligent analytics, and edge computing for continuous and remote cardiac assessment.

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