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

Published Manuscript Citation:Turner KL, Morris HS, Awinda PO, Fitzsimons DP, Tanner BCW (2023) RLC phosphorylation amplifies Ca2+-sensitivity of force in myocardium from cMyBP-C knockout mice. J Gen Physiol. 155:e202213250. doi: 10.1085/jgp.202213250.PMID: 36715675PMCID: PMC9930131DOI: 10.1085/jgp.202213250Data Files:Hydroxyproline Assay, where results = raw absorbance reading and (y-b)/m column below = hydroxyproline concentration as calculated by the standard curve which represents all data in Fig 1C. File: cMyPBC_KO_HOP_2022_03_14_KT.xlsx

Isometric force data, with 3-parameter Hill Fits, which represents all the data from Figs 2-3 and Table 1. File: Mouse_Temperature_Fiber_Tensions_with_Fits_2021_10_4.xlsx

Sinusoidal perturbation analysis data. Frequency, Em (=elastic modulus), Vm (=viscous modulus) which represents all the data from Figs 4-5. Files: Mouse_Cardiac_Em_Vm_XLD_MSN_WT2021_11_8.xlsx and Mouse_Cardiac_Em_Vm_XLD_MSN_CPRO2021_11_8.xlsx

Polynomial "dip" and "peak" fit data, where dip_f_fit = "dip" and peak_f_fit = "peak" for each fiber, and represent data in Fig 5. File: Viscous_freq_analysis_All_22_05_11.xlsx

Source data from Fig 2C, showing Pro-Q Diamond phosphostain and SYPRO Ruby total protein stain. File: SourceDataFS2.pdf