Beyond Traditional Publishing: Social Media as a Catalyst for Biomedical Research Dissemination and Collaboration.

IF 1.9 4区 医学 Q4 BIOCHEMISTRY & MOLECULAR BIOLOGY
Jaleel Shujath
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引用次数: 0

Abstract

The expansion of social media has fundamentally transformed biomedical research dissemination and collaboration, particularly within the interferon and cytokine research community. This paper explores recent trends (2024-2025) that have amplified the role of platforms such as Twitter (now "X"), LinkedIn, Mastodon, Threads, and Bluesky. These tools have facilitated rapid knowledge exchange, democratized access to scientific discourse, enabled diverse voices to participate meaningfully, and fostered cross-disciplinary and global collaborations. Additionally, the integration of preprint repositories like bioRxiv and medRxiv, along with the evolution of open access publishing, further accelerates the accessibility and immediacy of scientific communication. Despite evident benefits, the rapid dissemination facilitated by social media also poses ethical challenges, including concerns about misinformation, premature dissemination of preliminary data, and privacy considerations. Practical strategies for researchers and institutions to effectively navigate these platforms responsibly are presented, aiming to optimize the impact of social media on scientific discovery and public engagement.

超越传统出版:社会媒体作为生物医学研究传播和合作的催化剂。
社交媒体的扩展从根本上改变了生物医学研究的传播和合作,特别是在干扰素和细胞因子研究界。本文探讨了最近的趋势(2024-2025),这些趋势扩大了Twitter(现在的“X”)、LinkedIn、Mastodon、Threads和Bluesky等平台的作用。这些工具促进了知识的快速交流,使科学话语的获取民主化,使不同的声音能够有意义地参与,并促进了跨学科和全球合作。此外,像bioRxiv和medRxiv这样的预印本资源库的集成,以及开放获取出版的发展,进一步加速了科学传播的可访问性和即时性。尽管有明显的好处,但社交媒体促进的快速传播也带来了道德挑战,包括对错误信息、初步数据过早传播和隐私考虑的担忧。本文提出了研究人员和机构有效利用这些平台的实用策略,旨在优化社交媒体对科学发现和公众参与的影响。
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来源期刊
CiteScore
3.80
自引率
0.00%
发文量
78
审稿时长
2.2 months
期刊介绍: Journal of Interferon & Cytokine Research (JICR) provides the latest groundbreaking research on all aspects of IFNs and cytokines. The Journal delivers current findings on emerging topics in this niche community, including the role of IFNs in the therapy of diseases such as multiple sclerosis, the understanding of the third class of IFNs, and the identification and function of IFN-inducible genes.
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