This Collections invites original research, reviews, and perspectives on cutting-edge developments in Brain-Machine Interface (BMI). We aim to bridge technological innovation with clinical translation, fostering interdisciplinary dialogue among engineers, neuroscientists, and clinicians.

The newly-released Dietary Guidelines for Americans 2025-2030 promotes significantly increased protein intake, including that from red meats and high-fat dairy products. The health impacts of increased protein intake and food sources of protein need to be revisited with new evidence from prospective observational studies and clinical trials.

This Collection in Ocean Ecosystems highlights research that advances our understanding of ocean ecosystems under high‑CO₂ conditions. We welcome contributions that explore the mechanisms, impacts, and broader implications of carbon‑driven change across biological, chemical, and ecological dimensions. By integrating insights from physiology, ecology, biogeochemistry, and climate science, this Collection aims to illuminate pathways toward resilient and sustainable ocean futures.

This Collection invites contributions on the latest advancements in pediatric minimally invasive surgery, with a particular focus on laparoscopic and thoracoscopic techniques. We encourage researchers to submit work related to surgical outcomes, operative techniques, postoperative complications, and the management of congenital anomalies. By showcasing innovative approaches and research findings, this Collection aims to enhance the field and improve surgical care for pediatric patients.

This collection in the Journal of Orthopaedics and Traumatology highlights research on surgical complications, risk factors, and prevention strategies in orthopaedic care. It brings together evidence-based insights aimed at improving safety, optimizing outcomes, and guiding clinical decision-making in increasingly complex surgical environments.

BMC Environmental Science is calling for submissions to our Collection on bioeconomy strategies for sustainable development, focusing on renewable, bio‑based, and circular approaches that support low‑carbon, resource‑efficient, and environmentally resilient systems. We encourage studies exploring environmental, socio‑economic, and sustainability dimensions.

Leisure reading and reader engagement refer to the voluntary, self-directed practices through which individuals select, interpret, and respond to texts beyond compulsory educational or occupational requirements. Submissions are encouraged from education studies, literacy studies, sociology, psychology, anthropology, media and cultural studies, library and information science, publishing studies, and related fields.

BMC Medical Education is calling for submissions to our Collection, Health communication in medical education. We welcome research on health professions education that addresses the complexities of health literacy, effective patient-provider interactions, and the role of communication in improving health outcomes.

BMC Medical Education is calling for submissions to our Collection, Disaster preparedness in medical education. We welcome research on innovative curricula, teaching methodologies, and assessment strategies aimed at enhancing competencies in disaster response. The goal is to foster a more resilient healthcare workforce capable of effectively responding to emergencies and minimizing public health impacts.

This Collection explores how integrating population genomics with multi-omics reveals mechanisms linking genotypes to phenotypes. It highlights advances in adaptation, complex traits, and modeling, with applications in conservation, agriculture, and evolutionary biology.

With this Collection, we aim to highlight how synthetic engineered regulatory systems are reshaping our ability to decode and design gene expression. Studies featured here construct and perturb promoters, enhancers, and other regulatory elements at scale, using programmable DNA, genome engineering, and high throughput sequence to function assays to reveal the logic and grammar underlying transcriptional control.

This Collection examines the ecology, diversity, and host interactions of marine parasites, highlighting their crucial role in marine ecosystems. Submissions are sought that explore host-parasite dynamics, life cycles, and the influence of environmental factors on parasite populations, aiming to enhance our understanding of marine biodiversity and ecosystem resilience.

This collection examines how extracellular matrix changes in aging eyes affect tissue homeostasis, cell regulation, and vision, highlighting ECM‑driven inflammation, fibrosis, degeneration, and emerging therapeutic and regenerative strategies targeting ECM pathways.

Sustainable chemistry changes how we design products and processes to eliminate waste, reduce hazards, and support a circular economy. Key advances—such as chemical recycling, green catalysis, and safer materials—are helping create a regenerative industry that balances economic growth with environmental health.

This collection aims to explore how AI-driven systems and digital transformation initiatives can be effectively leveraged to advance sustainability across organizational, industrial, and societal levels.

This Collection explores how social determinants of health—including socioeconomic status, education, housing, employment, and access to care—shape disability across the lifespan in diverse global contexts. It aims to inform policies and practices that promote equity, inclusion, and access to rehabilitation, assistive technology, and community-based support, particularly in low- and middle-income countries.

A concise overview of cutting-edge advances and evolving clinical strategies in allogeneic HSCT for malignant and non-malignant hematologic diseases, spanning patient selection, transplant optimization, and post-transplant management.

Editors invite submissions of primary research Articles aiming to understand the mechanisms how macrophages respond to injury signals, signal to progenitors, and promote a pro-regenerative microenvironment in model organisms that exhibit remarkable regenerative capacity and scar-free wound healing.

We encourage submissions that showcase technical and conceptual advances in the discovery, characterisation, mechanistic roles and functional consequences of emerging PTMs that extend beyond classical phosphorylation and ubiquitylation paradigms.

Collection aims to advance understanding of climate–disease interactions, strengthen early warning and response systems, and inform adaptive strategies that protect and promote planetary health in a rapidly changing world.