This README.txt file was generated on 2024-05-21 by Cristóbal Rubén Ruiz Gálvez ------------------- GENERAL INFORMATION ------------------- Title of Dataset: Dataset of the study "In silico systematic evaluation of the scar effect in conventional and new cardiac resynchronization therapy approaches" Author Information Principal Investigator: Cristóbal Rubén Ruiz, Centro de Investigación e Innovación en Bioingeniería (Ci2B), Universitat Politècnica de València, Valencia, Spain. criruig3@alumni.upv.es, 0000-0002-5827-1909 Associate or Co-investigator: Juan Francisco Gómez, Universidad Internacional de Valencia, Valencia, Spain. juan.francisco.gomez.garcia@gmail.com, 0000-0003-0253-4842 Associate or Co-investigator: María Teresa Mora, Centro de Investigación e Innovación en Bioingeniería (Ci2B), Universitat Politècnica de València, Valencia, Spain. mmora@ci2b.upv.es, 0000-0002-8069-2486 Associate or Co-investigator: Joaquín Osca, Departamento de Cardiología, Hospital Universitario y Politécnico La Fe, Valencia, Spain. joaquinosca@gmail.com, 0000-0002-7253-1826 Associate or Co-investigator: Maite Izquierdo, Departamento de Cardiología, Hospital Universitario y Politécnico La Fe, Valencia, Spain. 0000-0003-0599-1336 Associate or Co-investigator: Beatriz Trénor, Centro de Investigación e Innovación en Bioingeniería (Ci2B), Universitat Politècnica de València, Valencia, Spain. btrenor@eln.upv.es, 0000-0001-9166-6112 Date of data collection: 2024-05-01 Geographic location of data collection: Valencia, Spain. 39°28'51"N 0°20'28"O? Information about funding sources: grants PID2019-104356RB-C41 and PID2022-136273OA-C33 funded by MCIN/AEI/10.13039/501100011033, and the European Union’s Horizon 2020 research and innovation program under grant agreement No 101016496 (SimCardioTest). General description: Data were generated in silico to study ECGs under diferente conditions. Keywords: heart failure, infarction scar, computational modeling, cardiac resynchronization therapy, left bundle branch area pacing -------------------------- SHARING/ACCESS INFORMATION -------------------------- Open Access to data: Open License: Creative Commons (CC-BY-NC) Citation for and links to publications that cite or use the data: Ruiz et al. (2024), In silico systematic evaluation of the scar effect in conventional and new cardiac resynchronization therapy approaches. -------------------- DATA & FILE OVERVIEW -------------------- File list: File plot_ECG.m: Matlab code to graphically represent 12 ECG leads from the 9 lead positions stored in /DATA. Directory /DATA. Each file contains the data to represent 12 ECG leads under different scenarios: SimECGdata1_healthy.mat SimECGdata2_basalConditions.mat SimECGdata3_BiVP.mat SimECGdata4_LBBAP.mat SimECGdata5_LOT.mat SimECGdata6_Seg1Scarred.mat SimECGdata7_Seg2Scarred.mat SimECGdata8_Seg3Scarred.mat SimECGdata9_Seg4Scarred.mat SimECGdata10_Seg5Scarred.mat SimECGdata11_Seg6Scarred.mat SimECGdata12_Seg7Scarred.mat SimECGdata13_Seg8Scarred.mat SimECGdata14_Seg9Scarred.mat SimECGdata15_Seg10Scarred.mat SimECGdata16_Seg11Scarred.mat SimECGdata17_Seg12Scarred.mat SimECGdata18_Seg13Scarred.mat SimECGdata19_Seg14Scarred.mat SimECGdata20_Seg15Scarred.mat SimECGdata21_Seg16Scarred.mat SimECGdata22_Seg17Scarred.mat SimECGdata23_Seg1Scarred_BiVP.mat SimECGdata24_Seg2Scarred_BiVP.mat SimECGdata25_Seg3Scarred_BiVP.mat SimECGdata26_Seg4Scarred_BiVP.mat SimECGdata27_Seg5Scarred_BiVP.mat SimECGdata28_Seg6Scarred_BiVP.mat SimECGdata29_Seg7Scarred_BiVP.mat SimECGdata30_Seg8Scarred_BiVP.mat SimECGdata31_Seg9Scarred_BiVP.mat SimECGdata32_Seg10Scarred_BiVP.mat SimECGdata33_Seg11Scarred_BiVP.mat SimECGdata34_Seg12Scarred_BiVP.mat SimECGdata35_Seg13Scarred_BiVP.mat SimECGdata36_Seg14Scarred_BiVP.mat SimECGdata37_Seg15Scarred_BiVP.mat SimECGdata38_Seg16Scarred_BiVP.mat SimECGdata39_Seg17Scarred_BiVP.mat SimECGdata40_Seg1Scarred_LBBAP.mat SimECGdata41_Seg2Scarred_LBBAP.mat SimECGdata42_Seg3Scarred_LBBAP.mat SimECGdata43_Seg4Scarred_LBBAP.mat SimECGdata44_Seg5Scarred_LBBAP.mat SimECGdata45_Seg6Scarred_LBBAP.mat SimECGdata46_Seg7Scarred_LBBAP.mat SimECGdata47_Seg8Scarred_LBBAP.mat SimECGdata48_Seg9Scarred_LBBAP.mat SimECGdata49_Seg10Scarred_LBBAP.mat SimECGdata50_Seg11Scarred_LBBAP.mat SimECGdata51_Seg12Scarred_LBBAP.mat SimECGdata52_Seg13Scarred_LBBAP.mat SimECGdata53_Seg14Scarred_LBBAP.mat SimECGdata54_Seg15Scarred_LBBAP.mat SimECGdata55_Seg16Scarred_LBBAP.mat SimECGdata56_Seg17Scarred_LBBAP.mat SimECGdata57_Seg1Scarred_LOT.mat SimECGdata58_Seg2Scarred_LOT.mat SimECGdata59_Seg3Scarred_LOT.mat SimECGdata60_Seg4Scarred_LOT.mat SimECGdata61_Seg5Scarred_LOT.mat SimECGdata62_Seg6Scarred_LOT.mat SimECGdata63_Seg7Scarred_LOT.mat SimECGdata64_Seg8Scarred_LOT.mat SimECGdata65_Seg9Scarred_LOT.mat SimECGdata66_Seg10Scarred_LOT.mat SimECGdata67_Seg11Scarred_LOT.mat SimECGdata68_Seg12Scarred_LOT.mat SimECGdata69_Seg13Scarred_LOT.mat SimECGdata70_Seg14Scarred_LOT.mat SimECGdata71_Seg15Scarred_LOT.mat SimECGdata72_Seg16Scarred_LOT.mat SimECGdata73_Seg17Scarred_LOT.mat SimECGdata74_Seg3Scarred_PSinjured.mat SimECGdata75_Seg9Scarred_PSinjured.mat SimECGdata76_Seg10Scarred_PSinjured.mat SimECGdata77_Seg12Scarred_PSinjured.mat SimECGdata78_Seg13Scarred_PSinjured.mat SimECGdata79_Seg14Scarred_PSinjured.mat SimECGdata80_Seg17Scarred_PSinjured.mat SimECGdata81_Seg3Scarred_PSinjured_BiVP.mat SimECGdata82_Seg9Scarred_PSinjured_BiVP.mat SimECGdata83_Seg10Scarred_PSinjured_BiVP.mat SimECGdata84_Seg12Scarred_PSinjured_BiVP.mat SimECGdata85_Seg13Scarred_PSinjured_BiVP.mat SimECGdata86_Seg14Scarred_PSinjured_BiVP.mat SimECGdata87_Seg17Scarred_PSinjured_BiVP.mat SimECGdata88_Seg3Scarred_PSinjured_LBBAP.mat SimECGdata89_Seg9Scarred_PSinjured_LBBAP.mat SimECGdata90_Seg10Scarred_PSinjured_LBBAP.mat SimECGdata91_Seg12Scarred_PSinjured_LBBAP.mat SimECGdata92_Seg13Scarred_PSinjured_LBBAP.mat SimECGdata93_Seg14Scarred_PSinjured_LBBAP.mat SimECGdata94_Seg17Scarred_PSinjured_LBBAP.mat SimECGdata95_Seg3Scarred_PSinjured_LOT.mat SimECGdata96_Seg9Scarred_PSinjured_LOT.mat SimECGdata97_Seg10Scarred_PSinjured_LOT.mat SimECGdata98_Seg12Scarred_PSinjured_LOT.mat SimECGdata99_Seg13Scarred_PSinjured_LOT.mat SimECGdata100_Seg14Scarred_PSinjured_LOT.mat SimECGdata101_Seg17Scarred_PSinjured_LOT.mat Relationship between files: They can be compared Type of version of the dataset: final simulated data Total size: 2.12 MB -------------------------- METHODOLOGICAL INFORMATION -------------------------- Description of methods used for generation of data: See the Methods section of Ruiz et al. (2024), In silico systematic evaluation of the scar effect in conventional and new cardiac resynchronization therapy approaches. Methods for processing the data: See the Methods section of Ruiz et al. (2024), In silico systematic evaluation of the scar effect in conventional and new cardiac resynchronization therapy approaches. Software-specific needed to interpret the data, including software and hardware version numbers: MATLAB (R2021a) -------------------------- DATA-SPECIFIC INFORMATION -------------------------- Number of variables: 2 Number of columns: 9 Variable list, defining any abbreviations, units of measure, codes or symbols used: V: electrical potential (mV) time: time (ms)