Data deposition RE: Tanner et al. 2023. Journal of General Physiology.

Published Manuscript Citation:Tanner BCW, Awinda PO, Agonias KB, Blair C, Thompson MS, Walker LA, Kampourakis T, Campbell KS. (2023) Sarcomere length affects Ca²⁺ sensitivity of contraction in ischemic but not non-ischemic myocardium <i>J Gen Physiol</i>. 155:e202213200. doi: 10.1085/jgp.202213200.Pubmed Links and Information:PMID: 36633584PMCID: PMC9859763Free Full Text: https://www.ncbi.nlm.nih.gov/pmc/articles/PMC9859763/JGP manuscript file DOI: 10.1085/jgp.202213200Data filesDe-identified clinical data:deidentified_clinical_data_13-Jan-2021_15_40_39.xlsxMuscle mechanics data shown in Figs. 1-4raw_force_pCa_data.xlsxsummarized_mechanics_data.xlsxBiochemistry data shown in Figs. 4-7Hydroxyproline.xlsxSummaryPhosphorylationLevels_HumanMyocardium.xlsxCollated_Biochemistry_Data.xlsxjgp_202213200_sourcedataf5.pdf (gel / blot images)jgp_202213200_sourcedataf6.pdf (gel / blot images)jgp_202213200_sourcedataf7.pdf (gel / blot images)<br>

已发表手稿引用：Tanner BCW、Awinda PO、Agonias KB、Blair C、Thompson MS、Walker LA、Kampourakis T、Campbell KS。(2023) 肌节长度（sarcomere length）影响缺血而非非缺血心肌收缩的钙离子敏感性（Ca²⁺ sensitivity），发表于《普通生理学杂志》(Journal of General Physiology, JGP)。155:e202213200。DOI: 10.1085/jgp.202213200。
PubMed链接与信息：PMID: 36633584；PMCID: PMC9859763。免费全文链接：https://www.ncbi.nlm.nih.gov/pmc/articles/PMC9859763/。JGP手稿文件DOI: 10.1085/jgp.202213200。
数据集文件：
去标识化临床数据：deidentified_clinical_data_13-Jan-2021_15_40_39.xlsx
图1至图4所示的肌肉力学数据：raw_force_pCa_data.xlsx、summarized_mechanics_data.xlsx
图4至图7所示的生物化学数据：Hydroxyproline.xlsx、SummaryPhosphorylationLevels_HumanMyocardium.xlsx、Collated_Biochemistry_Data.xlsx
jgp_202213200_sourcedataf5.pdf（凝胶/印迹图像）、jgp_202213200_sourcedataf6.pdf（凝胶/印迹图像）、jgp_202213200_sourcedataf7.pdf（凝胶/印迹图像）