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Data & Image Archive for "Compensatory Respiration Supports Survival During Extended Heat Stress in Microcystis aeruginosa" Microcystis extended temperature stress study (2025, v1.0)

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Zenodo2025-09-24 更新2026-05-26 收录
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Description This repository contains the complete raw data and figure-source files underlying the manuscript: Title: Compensatory Respiration Supports Survival During Extended Heat Stress in Microcystis aeruginosaAuthors: Oded Liran et al.Study focus: Extended heat stress responses in Microcystis aeruginosa strains PCC7806 (reference) and C-1004 (Lake Kinneret isolate), with emphasis on photosynthesis-respiration interactions during extended heat stress. What’s included Raw measurements: Chlorophyll fluorescence (JTS), dark pulse kinetics (JTS), temperature/time-course experiments, growth curves, MIMS recordings, RT-PCR machine outputs, Spectrofluorometer output, code snippets and scripts used to extract genomic comparison data between the two strains. Gels: Original image stacks (TIFF), uncropped blots, and high-resolution micrographs. Project background We compare thermotolerance strategies in two closely related M. aeruginosa strains under extended temperature stress. Citation Please cite the dataset as:Liran, O., et al. (2025). Source data and images for manuscript titled: "Compensatory Respiration Supports Survival During Extended Heat Stress in Microcystis aeruginosa (PCC7806 vs C-1004)". License & reuse License: CC BY 4.0 (recommended for open reuse). Embargo: 31.12.2029, or sooner, upon publication of the related manuscript Reuse notes: Report any re-processing steps; retain original filenames in derived work. Related identifiers ORCIDs: Oded Liran 0000-0002-3429-4065 Contact Correspondence: oded.liran@ocean.org.ilIssues/queries about files or metadata: please open a Zenodo “Notes” entry referencing the file path. Keywords: Microcystis, heat shock, photosynthesis, respiration, MIMS, PAM, JTS, Lake Kinneret, cyanobacteria, source data.

描述 本仓库包含某学术论文的完整原始数据与图片源文件,该论文标题为:《铜绿微囊藻延长热胁迫期间的代偿性呼吸支持存活》(Compensatory Respiration Supports Survival During Extended Heat Stress in Microcystis aeruginosa),作者为Oded Liran等人。研究聚焦:铜绿微囊藻PCC7806(参考菌株)与C-1004(基尼烈湖分离株)菌株的延长热胁迫响应,重点关注延长热胁迫过程中的光合作用-呼吸作用互作机制。 包含内容 原始测量数据:叶绿素荧光(Chlorophyll fluorescence,JTS)、暗脉冲动力学(dark pulse kinetics,JTS)、温度/时间进程实验数据、生长曲线、膜进样质谱(Membrane Inlet Mass Spectrometry,MIMS)记录、逆转录聚合酶链反应(Reverse Transcription Polymerase Chain Reaction,RT-PCR)仪器输出结果、分光荧光计(Spectrofluorometer)输出结果,以及用于提取两菌株基因组比较数据的代码片段与脚本。 凝胶实验文件:原始图像堆栈(标签图像文件格式,Tagged Image File Format,TIFF)、未裁切的印迹图像,以及高分辨率显微照片。 项目背景 本研究对比两株亲缘关系紧密的铜绿微囊藻在延长温度胁迫下的耐热策略。 引用方式 请按以下方式引用本数据集:Liran, O., 等人. (2025). 题为《铜绿微囊藻延长热胁迫期间的代偿性呼吸支持存活(PCC7806 vs C-1004)》的论文源数据与图片。 许可与再使用 许可协议:知识共享署名4.0国际许可协议(Creative Commons Attribution 4.0 International,CC BY 4.0)(推荐开放再使用)。 禁运期:至2029年12月31日,或相关论文正式发表后提前结束禁运。 再使用说明:请注明任何再处理步骤;衍生作品需保留原始文件名。 相关标识 开放研究者与贡献者身份(Open Researcher and Contributor ID,ORCID):Oded Liran 0000-0002-3429-4065 联系方式 通讯邮箱:oded.liran@ocean.org.il 关于文件或元数据的问题/咨询:请提交泽诺多(Zenodo)“备注”条目,并注明文件路径。 关键词:铜绿微囊藻(Microcystis)、热激、光合作用、呼吸作用、MIMS、脉冲振幅调制(Pulse Amplitude Modulation,PAM)、JTS、基尼烈湖(Lake Kinneret)、蓝细菌(cyanobacteria)、源数据。

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Zenodo
创建时间:
2025-09-24
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