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萌喵读文献-生物信息学 podcast artwork

science

萌喵读文献-生物信息学

Hosted by Meng Zhao · science · ZH-CN

454 episodesAudience: 7
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About this Podcast:

请关注绿🫧公号:amytheory每天一分钟,解码生命的数字密码!在数据海洋中徜徉,在算法丛林中穿梭,生物信息学的世界精彩纷呈却又错综复杂。别担心,萌喵来啦!我们的AI主播每天为您精选一篇最前沿、最令人兴奋的生物信息学文献,用简明扼要的语言,在短短一分钟内为您揭示其中的精髓。特色:🧬 聚焦生物信息学最新突破🤖 AI驱动,确保内容既专业又易懂⏱️ 每集仅需1分钟,效率MAX🎧 语音播报,解放双眼,随时学习📅 工作日每日更新,紧跟学术前沿无论您是在赶往实验室的路上,还是在服务器维护的间隙,亦或是想在组会前快速了解最新进展,萌喵都是您的得力助手!让我们一起用轻松愉快的方式,探索基因组学、蛋白质组学、系统生物学等领域的无限可能。订阅"萌喵读文献-生物信息学",让每一分钟都充满数据驱动的洞察力!喵~🐱💻

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Booking probability

37%

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Selective

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80/100
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Questions about 萌喵读文献-生物信息学

What is 萌喵读文献-生物信息学 about?

请关注绿🫧公号:amytheory每天一分钟,解码生命的数字密码!在数据海洋中徜徉,在算法丛林中穿梭,生物信息学的世界精彩纷呈却又错综复杂。别担心,萌喵来啦!

Who hosts 萌喵读文献-生物信息学?

萌喵读文献-生物信息学 is hosted by Meng Zhao. The show has published 454 episodes to date.

What has 萌喵读文献-生物信息学 covered recently?

Recent episodes include "今日生物信息学最高分文献 - 2026-04-21" (21 April 2026, 2 minutes), "今日生物信息学最高分文献 - 2026-04-20" (20 April 2026, 3 minutes), and "今日生物信息学最高分文献 - 2026-04-19" (19 April 2026, 4 minutes).

How often does 萌喵读文献-生物信息学 publish?

萌喵读文献-生物信息学 publishes roughly daily, with episodes averaging 3 minutes across 454 episodes.

How hard is it to get booked on 萌喵读文献-生物信息学?

Booking probability for 萌喵读文献-生物信息学 is 37%, and the host is rated Selective on guests. 萌喵读文献-生物信息学 requires a Pod Score of 80 or higher. 萌喵读文献-生物信息学's contact route on record: verified email.

Who should pitch 萌喵读文献-生物信息学?

The strongest fits for 萌喵读文献-生物信息学 are Scientific Research & Development. 萌喵读文献-生物信息学 has a science audience.

About the host

Meng Zhao hosts 萌喵读文献-生物信息学, a science podcast with 454 episodes published.

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Recent episodes

Our AI reads these to draft pitches. Use them as grounding for a pitch that cites a real guest and a specific topic.

  • Apr 21, 20262 minS0

    科研喵使用AI读文献,祝你效率百倍,访问labcat.com.cn下载。本期关注发表在Briefings in bioinformatics (IF: 6.8)上的重要研究"GALA: a unified landmark-free framework for coarse-to-fine spatial alignment across resolutions and modalities in spatial...

  • Apr 20, 20263 minS0

    科研喵使用AI读文献,祝你效率百倍,访问labcat.com.cn下载。 本期关注发表在《Nucleic Acids Research》(IF:16.6)上的研究"Frequent occurrence and predicted functions of tRNAs with 4-base-pair anticodon stems in bacteria: extended superwobble...

  • Apr 19, 20264 minS0

    科研喵使用ai读文献,祝你效率百倍,访问labcat.com.cn下载。今天我们关注发表在Cell(影响因子45.5)上的重要研究"Predicting competition and substrate preferences for targeted microbiome...

  • Apr 18, 20262 minS0

    科研喵使用AI读文献,祝你效率百倍,访问labcat.com.cn下载。 今天我们要讨论的是发表在《Biotechnology advances》(影响因子12.1)上的一篇重要研究,题为"Harnessing bioreactor heterogeneity: From gradient understanding to autonomous control via multiscale modeling and...

  • Apr 17, 20263 minS0

    科研喵使用AI读文献,祝你效率百倍,访问labcat.com.cn下载。 本期关注发表在《Genome Biology》(IF: 10.1)上的重要研究"Benchmarking component choices for unpaired single cell RNA and epigenomic...

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  • Apr 16, 20263 minS0

    科研喵使用AI读文献,祝你效率百倍,访问labcat.com.cn下载。本期关注发表在《Genome Biology》(IF:10.1)上的重要研究"Benchmarking component choices for unpaired single cell RNA and epigenomic...

  • Apr 15, 20264 minS0

    科研喵使用ai读文献,祝你效率百倍,访问labcat.com.cn下载。 本期关注发表在Journal of nanobiotechnology (IF:10.6)上的重要研究"Integration of bioinformatics analysis and experimental verification reveals the role of neutrophil extracellular traps in silica...

  • Apr 14, 20263 minS0

    科研喵使用AI读文献,祝你效率百倍,访问labcat.com.cn下载。今天的顶级研究是发表在《International Journal of Molecular Sciences》(影响因子4.9)上的论文"Glycobiology in Human Health and...

  • Apr 13, 20263 minS0

    科研喵使用ai读文献,祝你效率百倍,访问labcat.com.cn下载。本期关注发表在《Drug discovery today》(影响因子6.5)上的重要论文"Multidisciplinary review method for novel target identification and prioritization for neurodegenerative...

  • Apr 12, 20264 minS0

    科研喵使用AI读文献,祝你效率百倍,访问labcat.com.cn下载。 本期关注发表在《Environment International》(IF:10.3)上的重要研究:"From phthalate exposure to venous thrombotic risk: Decoding the DEHP-ROS mediated OTUD1-p53 stabilization loop in...

  • Apr 11, 20263 minS0

    科研喵使用AI读文献,祝你效率百倍,访问labcat.com.cn下载。 本期关注发表在《Current Opinion in Neurobiology》(IF: 4.8)上的重要论文"Understanding the contribution of toxicant exposures to Alzheimer's disease and related...

  • Apr 10, 20265 minS0

    【科研喵使用AI读文献,祝你效率百倍,访问labcat.com.cn下载】 本期关注一篇发表在PLoS medicine(IF=10.5)上的重要研究:"Spatial omics and AI for clinically actionable cancer biomarkers"。这项创新研究揭示了空间组学与人工智能融合的突破性进展,为癌症生物标志物研究开辟了新路径。研究团队开发了一种在常规病理学中可扩展、可重复的量化方法,有效弥合...

  • Apr 9, 20263 minS0

    科研喵使用ai读文献,祝你效率百倍,访问labcat.com.cn下载。本期关注发表在PLoS medicine(影响因子10.5)上的研究"Spatial omics and AI for clinically actionable cancer biomarkers"。这项创新研究整合了空间组学与人工智能技术,为癌症生物标志物研究和诊断开辟了新途径。研究团队通过开发可扩展、可重复的常规病理学定量方法,成功弥合了从实验室发现到临床应用...

  • Apr 8, 20261 minS0

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  • Apr 7, 20264 minS0

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  • Apr 6, 20263 minS0

    科研喵使用ai读文献,祝你效率百倍,访问labcat.com.cn下载。最新发表在《美国国家科学院院刊》(影响因子9.4)上的研究"Single-cell insights: Mosquito Toll activation enhances granulocyte differentiation and immune surveillance via Notch...

  • Apr 5, 20263 minS0

    科研喵使用ai读文献,祝你效率百倍,访问labcat.com.cn下载。今天为大家带来发表在Journal of nanobiotechnology (IF: 10.6)上的重要研究"Lactobacillus-derived extracellular vesicles provide multi-target acne treatment by enriched proteins and skin microbiota...

  • Apr 4, 20264 minS0

    科研喵使用AI读文献,祝你效率百倍,访问labcat.com.cn下载。 最新发表在Nature Medicine(影响因子58.7)上的研究"The exposome of brain aging across 34 countries"揭示,环境因素对大脑衰老的影响远超我们想象。这项覆盖34国、近2万人的研究发现,综合环境因素比单一因素能多解释15.5倍的脑龄变异。物理环境主要加速结构脑老化,而社会环境则更强烈影响功能脑老化。令人惊...

  • Apr 3, 20264 minS0

    科研喵使用ai读文献,祝你效率百倍,访问labcat.com.cn下载。本期关注发表在Nature Methods(IF:36.1)上的重要研究"CREsted: modeling genomic and synthetic cell-type-specific enhancers across tissues and...

  • Apr 2, 20263 minS0

    科研喵使用AI读文献,祝你效率百倍,访问labcat.com.cn下载。 本期关注发表在Nature(IF: 50.5)上的重要研究"Investigating the analytical robustness of the social and behavioural...

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