中文内容源自机器翻译,可能存在语法或其他翻译错误,仅供参考。
植物微生物组
The plant microbiome
截止日期:2025-08-18
最后简介:BMC Plant Biology 推出植物微生物组系列。该合集旨在涵盖植物微生物组的研究,重点关注其组成和功能、植物与微生物的相互作用以及对农业实践的可能影响。仅关注微生物而没有明确关注植物/作物、植物与微生物相互作用和/或与植物相关的农业实践的研究将不会被考虑。
Final blurb: BMC Plant Biology launches the collection, The plant microbiome. This collection aims to cover research on the plant microbiome, focusing on its composition and functions, plant-microbe interactions, and possible implications for agricultural practices. Research only focusing on microorganisms without a clear focus on plants/crops, plant-microbe interactions and/or plant-related agricultural practices will not be considered.
新出现的病毒性疾病
Emerging viral diseases
截止日期:2025-08-18
该合集旨在收集探索病毒性疾病基因组和转录组方面的研究,包括病毒进化、人畜共患传播和宿主易感基因。我们邀请提交研究下一代测序和单细胞测序技术的使用来揭示病毒感染和传播动力学的复杂性的意见书。
This Collection aims to gather research that explores the genomic and transcriptomic aspects of viral diseases, including viral evolution, zoonotic transmission, and host susceptibility genes. We invite submissions that investigate the use of next-generation sequencing and single-cell sequencing technologies to unravel the complexities of viral infections and transmission dynamics.
迈向工业 5.0:人机交互与协作
Towards Industry 5.0: Human-robot interaction and collaboration
截止日期:2025-05-18
通过通信工程、通信心理学和科学报告的合集,我们的目标是支持工业机器人和人机交互的研究,涵盖技术和心理方面,以在工业环境中实现安全、自适应和可重新配置的操作。
With this Collection between Communications Engineering, Communications Psychology, and Scientific Reports, we aim to support research in industrial robots and human-robot interaction, covering both technical and psychological aspects, to enable safe, adaptive and reconfigurable operation in industrial setting.
用于纳米级表征的电子显微镜方法
Electron microscopy methods for nanoscale characterisation
截止日期:2025-05-15
这个跨期刊合集展示了电子显微镜的最新发展,及其作为纳米级表征的强大工具的用途。
This cross-journal Collection showcases the latest developments in electron microscopy, and its use as a powerful tool for nanoscale characterization.
MXenes的合成、性能及应用
Synthesis, properties and applications of MXenes
截止日期:2025-08-18
该合集邀请实验和理论贡献,重点关注 MXene 的合成、功能特性和多样化应用。
This Collection invites both experimental and theoretical contributions focused on the synthesis, functional properties, and diverse applications of MXenes.
数字干预措施的有效试验
Effective Trialing of Digital Interventions
截止日期:2025-08-15
该集合侧重于对数字医疗干预措施的系统评估,以确定目标结果中的挑战,从而为临床研究人员设计稳健的研究。
This collection focuses on Systematic assessment of digital medical interventions to identify challenges in targeted outcomes for designing robust studies for clinical researchers.
放大边缘化的声音:由边缘化社区或与边缘化社区一起进行卫生服务研究
Amplifying Marginalized Voices: conducting health services research by or with marginalized communities
截止日期:2025-08-15
BMC 健康服务研究邀请提交专注于边缘化社区健康服务研究的合集。该系列旨在放大这些群体的声音,解决医疗保健方面的障碍,提供创新解决方案和促进健康公平的战略。我们欢迎有关医疗保健可及性、社会决定因素、基于社区的研究、包容性政策、技术的作用、交叉性和道德考虑的研究。
BMC Health Services Research invites submissions for a collection focused on health services research with marginalized communities. This collection aims to amplify the voices of these groups, addressing barriers to healthcare, innovative solutions, and strategies to promote health equity. We welcome research on healthcare access, social determinants, community-based research, inclusive policies, technology's role, intersectionality, and ethical considerations.
生物医学光学
Biomedical optics
截止日期:2025-08-15
BMC Medical Imaging 正在征集我们的生物医学光学合集。生物医学光学的应用涵盖医学诊断、治疗干预和基础生物学研究,为传统方法提供无创或微创替代方案。该系列旨在突出新颖的光学技术和技术,以增强诊断和治疗能力。
BMC Medical Imaging is calling for submission to our Collection on Biomedical optics. The applications of biomedical optics span across medical diagnostics, therapeutic interventions, and fundamental biological research, offering non-invasive or minimally invasive alternatives to traditional methods. This Collection seeks to highlight novel optical techniques and technologies to enhance diagnostic and therapeutic capabilities.
意识障碍:了解频谱以集中治疗
Disorders of consciousness: understanding the spectrum to focus treatment
截止日期:2025-08-15
BMC Neurology 邀请研究人员贡献一个新的合集,重点关注严重后天性脑损伤后出现的意识障碍 (DoC) 的管理。我们寻求探索与 DoC 相关的医疗指南、诊断程序、危险因素和预后指标的研究,以及姑息治疗在此背景下的整合。该合集的目的是加强临床实践并改善 DoC 患者的治疗结果。
BMC Neurology invites researchers to contribute a new Collection focused on the management of disorders of consciousness (DoC) that arise after severe acquired brain injuries. We seek studies that explore medical guidelines, diagnostic procedures, risk factors, and prognostic indicators related to DoC, as well as the integration of palliative care in this context. The aim of this Collection is to enhance clinical practices and improve outcomes for patients experiencing DoC.
无聊的动态
The dynamics of boredom
截止日期:2025-08-15
这个人文和社会科学通讯集旨在增进我们对无聊的理论理解,改进用于研究无聊的方法,并考虑在现实世界中管理无聊的实际应用。
This Humanities and Social Sciences Communications Collection aims to advance our theoretical understanding of boredom, improve the methods used to study boredom, and consider practical applications for managing boredom in real-world settings.
等效益城市化
Isobenefit urbanism
截止日期:2025-08-15
这本人文社会科学传播文集探讨了“等效益城市主义”,这是一种指导性发展理念,有助于建设高品质、本地化和适宜步行的城市。
This Humanities and Social Sciences Communications Collection explores Isobenefit urbanism, a guiding development concept aiding implementation of high quality, localised and walkable cities.
单分子力学和生物物理学
Single-Molecule Mechanics and Biophysics
截止日期:2025-08-15
该合集的目的是通过对当前前沿研究的广度进行采样来调查这一动态领域的现状,并获得对其未来发展和应用的看法。
The aim of this Collection is to survey the state of this dynamic field by sampling the breadth of present cutting-edge research and to gain perspectives on its future development and applications.
濒危物种的基因组学
Genomics of endangered species
截止日期:2025-08-14
该合集邀请研究人员为濒危物种基因组学领域的发展做出贡献,重点关注濒临灭绝物种的遗传多样性、进化历史和保护策略。我们欢迎探索群体基因组学、遗传瓶颈以及基因组工具在保护管理中的应用的提交,旨在增强我们对生物多样性的理解和保护。
This Collection invites researchers to contribute to the growing field of genomics of endangered species, focusing on the genetic diversity, evolutionary history, and conservation strategies for species at risk of extinction. We welcome submissions that explore population genomics, genetic bottlenecks, and the application of genomic tools in conservation management, aiming to enhance our understanding and preservation of biodiversity.
暗物质天体物理学
Dark Matter Astrophysics
截止日期:2025-06-30
该探索空间合集旨在深入讨论暗物质的本质、暗物质的当前限制、暗物质与重子之间的相互作用以及暗物质探测技术的最新进展。
This Discover Space Collection aims to provide in-depth discussions about the nature of dark matter, current constraints of dark matter, interactions between dark matter and baryons, and recent advances of dark matter detection techniques.
中微子物理学:破解宇宙之谜
Neutrino Physics: Deciphering the Riddles of the Universe
截止日期:2025-06-30
因此,这个发现物理合集旨在将理论和实验研究人员聚集在一起,讨论和回顾中微子物理的最新进展和结果,并充当该领域不同主题之间的桥梁。
This Discover Physics Collection is thus aimed at bringing together theoretical and experimental researchers to discuss and review recent progress and results in Neutrino Physics, as well as to serve as a bridge between the different topics in the field.
耐腐蚀材料的智能设计
Intelligent Design of Corrosion-Resistant Materials
截止日期:2025-07-01
该探索化学工程系列重点关注使用人工智能、机器学习和高通量计算的腐蚀抑制剂的智能设计,以有效地发现和优化防止腐蚀的分子。这种方法缩短了开发时间并适应复杂的环境,支持创建耐用、环保的抑制剂以实现先进的腐蚀保护。
This Discover Chemical Engineering collection focuses on the intelligent design of corrosion inhibitors using AI, machine learning, and high-throughput computation to efficiently discover and optimize molecules that prevent corrosion. This approach reduces development time and adapts to complex environments, supporting the creation of durable, eco-friendly inhibitors for advanced corrosion protection.
物候和物种分布
Phenology and species distributions
截止日期:2025-08-14
该科学数据集旨在提供物候和物种分布数据集的描述,因为这些数据可以共同为保护战略、生物多样性管理和生态系统恢复工作提供信息。
This Scientific Data Collection aims to provide descriptions of Phenology and species distribution datasets, as these data can together inform conservation strategies, biodiversity management, and ecosystem restoration efforts.
等离子体物理学的进展和应用
Advancements and Applications in Plasma Physics
截止日期:2025-06-30
该探索物理合集将重点关注激光产生的等离子体、磁约束等离子体和天体物理等离子体等中体现的新物理和应用。
This Discover Physics Collection will focus on new physics and applications manifested in laser-produced plasmas, magnetically confined plasmas, and astrophysical plasmas, etc.
通过地理信息技术了解自然灾害对基础设施的过去、现在和未来的影响
Understanding of Past, Present, and Future Impacts of Natural Hazards on Infrastructure through Geomatics Technologies
截止日期:2025-05-01
该探索土木工程系列探索了创新研究,展示了地理空间技术的扩展和有效使用现在如何帮助社会积极应对自然灾害。
This Discover Civil Engineering Collection explores innovative research showing how expanded and effective usage of geospatial technologies now can help society be proactive against natural hazards.
肠-肝轴中的免疫细胞景观
The immune cells landscape in the gut-liver axis
截止日期:2025-08-14
该系列旨在涵盖先天性和适应性免疫细胞在稳态和疾病期间肝脏、肠道和微生物组之间的双向关系中的作用。
This collection aims at covering the role of innate and adaptive immune cells in the bidirectional relationship between the liver, gut and microbiome during homeostasis and disease.