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<b>Novel assembly of head-trunk interface in sister group of jawed vertebrates</b>

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DataCite Commons2025-04-12 更新2025-04-20 收录
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https://figshare.com/articles/dataset/_b_Novel_assembly_of_head-trunk_interface_in_sister_group_of_jawed_vertebrates_b_/27905757
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Supplementary files for Miyashita et al. <b>Novel assembly of head-trunk interface in sister group of jawed vertebrates</b>This page serves as a repository for the following supplementary data:Rendered surface mesh files for the reconstructed internal anatomy of <i>Norselaspis glacialis </i>(MNHN F SVD-3221). Volumetric image stacks are available under Morphosource project ID 000683199, media IDs: 000683250 (part) and 000683605 (counterpart).Rendered surface mesh files for the reconstructed internal anatomy of <i>Ichthyomyzon bdellium</i>, Ohio lamprey. Volumetric image stacks from this scan are available under Morphosource Media ID 000681198.Rendered surface mesh files for the reconstructed internal anatomy of <i>Chiloscyllium punctatum</i>, bamboo shark. Volumetric image stacks from this scan are available under Morphosource Media ID 000681285.Supplementary movie to enhance the the reconstructed internal anatomy of <i>Norselaspis glacialis </i>(MNHN F SVD-3221)

宫下等人(Miyashita et al.)的论文《有颌脊椎动物姊妹群中头-躯干界面的新型构建模式》(Novel assembly of head-trunk interface in sister group of jawed vertebrates)的补充文件。本页面作为以下补充数据的存储库: 1. 针对冰川诺塞尔盾皮鱼(Norselaspis glacialis,标本编号MNHN F SVD-3221)的重建内部解剖结构渲染曲面网格文件,其体影像堆栈可通过Morphosource项目编号000683199、媒体编号000683250(标本本体)与000683605(对开标本)获取; 2. 针对俄亥俄七鳃鳗(Ichthyomyzon bdellium)的重建内部解剖结构渲染曲面网格文件,该扫描的体影像堆栈可通过Morphosource媒体编号000681198获取; 3. 针对点纹斑竹鲨(Chiloscyllium punctatum)的重建内部解剖结构渲染曲面网格文件,该扫描的体影像堆栈可通过Morphosource媒体编号000681285获取; 4. 用于辅助展示冰川诺塞尔盾皮鱼(Norselaspis glacialis,标本编号MNHN F SVD-3221)重建内部解剖结构的补充视频。
提供机构:
figshare
创建时间:
2024-11-26
搜集汇总
数据集介绍
main_image_url
背景与挑战
背景概述
该数据集是Miyashita等人关于有颌脊椎动物姐妹群头-躯干接口新型组装研究的补充文件,包含三种脊椎动物(Norselaspis glacialis、Ichthyomyzon bdellium和Chiloscyllium punctatum)的重建内部解剖表面网格文件和一个补充电影。数据集聚焦于脊椎动物解剖结构,特别是头骨、大脑和心脏等,适用于进化发育、系统发育和动物生物学研究,采用CC BY 4.0许可证共享。
以上内容由遇见数据集搜集并总结生成
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