Universidad Nacional de La Plata

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File Type: Tabular Data

11 to 20 of 149 Results

table_ECC_params_RyR2_blocked_dict.tab Aug 28, 2026 - Mechanisms underlying cardiac alternans in a human ventricular myocyte mathematical model Tabular Data - 2.8 KB - 9 Variables, 15 Observations - UNF:6:lR40/z/fK2hjROwz5/cgBA== Documentación Data dictionary describing each variable in the table `table_ECC_params_RyR2_blocked`.
table_s2_150bpm_no_alt.tab Aug 28, 2026 - Mechanisms underlying cardiac alternans in a human ventricular myocyte mathematical model Tabular Data - 1.0 MB - 4 Variables, 35142 Observations - UNF:6:DLG4hZCDKBTDkGEq1dI79A== Datos Data from the simulation at 150 bpm that does not evoke alternans. Contains the temporal evolution of membrane potential (Vₘ), intracellular calcium ([Ca²⁺]ᵢ), and sarcoplasmic reticulum calcium ([Ca²⁺]ₛᵣ).
table_s2_150bpm_no_alt_dict.tab Aug 28, 2026 - Mechanisms underlying cardiac alternans in a human ventricular myocyte mathematical model Tabular Data - 397 B - 9 Variables, 4 Observations - UNF:6:vY5esTE5WJG9EJoQD26k+Q== Documentación Data dictionary describing each variable in the table `table_s2_150bpm_no_alt`.
table_s4a_APD_ICaL_recovery.tab Aug 28, 2026 - Mechanisms underlying cardiac alternans in a human ventricular myocyte mathematical model Tabular Data - 246 B - 1 Variables, 18 Observations - UNF:6:ooH0QZhyNZsegrEu2Vfrmw== Datos APD restitution curve (APD₉₀) as a function of the diastolic interval (DI).
table_s4a_APD_ICaL_recovery_dict.tab Aug 28, 2026 - Mechanisms underlying cardiac alternans in a human ventricular myocyte mathematical model Tabular Data - 255 B - 9 Variables, 2 Observations - UNF:6:Sq52Q2gli3Ayt0/ZcjSLKQ== Documentación Data dictionary describing each variable in the table `table_s4a_APD_ICaL_recovery`.
table_s4b_APD_ICaL_recovery.tab Aug 28, 2026 - Mechanisms underlying cardiac alternans in a human ventricular myocyte mathematical model Tabular Data - 233 B - 1 Variables, 17 Observations - UNF:6:cJSV9dzKVsf7awqsynsQ7g== Datos Recovery of ICaL current as a function of DI.
table_s4b_APD_ICaL_recovery_dict.tab Aug 28, 2026 - Mechanisms underlying cardiac alternans in a human ventricular myocyte mathematical model Tabular Data - 188 B - 9 Variables, 2 Observations - UNF:6:8zIwsuhAlxObj44bcHqIrA== Documentación Data dictionary describing each variable in the table `table_s4b_APD_ICaL_recovery`.
table_s5a_RyR2_block_voltage_alt.tab Aug 28, 2026 - Mechanisms underlying cardiac alternans in a human ventricular myocyte mathematical model Tabular Data - 1.7 MB - 7 Variables, 32942 Observations - UNF:6:t747CIW0IyAP/jj0LhgOyg== Datos Data from the simulation with RyR2 blockade showing voltage-dependent alternans. Contains the temporal evolution of membrane potential (Vₘ), ICaL, Iᵣₑₗ, intracellular calcium ([Ca²⁺]ᵢ), SR calcium ([Ca²⁺]ₛᵣ), and INaCa (NCX).
table_s5a_RyR2_block_voltage_alt_dict.tab Aug 28, 2026 - Mechanisms underlying cardiac alternans in a human ventricular myocyte mathematical model Tabular Data - 761 B - 9 Variables, 7 Observations - UNF:6:MAaXejbzyaKymPkOyFU1iA== Documentación Data dictionary describing each variable in the table `table_s5a_RyR2_block_voltage_alt`.
table_s7_SR_uptake_increase.tab Aug 28, 2026 - Mechanisms underlying cardiac alternans in a human ventricular myocyte mathematical model Tabular Data - 944.6 KB - 4 Variables, 31844 Observations - UNF:6:YLA3yL7Dc86pu/0MSnrflw== Datos Data from the simulation with increased SR calcium uptake. Contains the temporal evolution of membrane potential (Vₘ), intracellular calcium ([Ca²⁺]ᵢ), and INaCa (NCX) during the simulation with a 50% increase in SR calcium uptake at the beginning of P4.

table_ECC_params_RyR2_blocked_dict.tab

Aug 28, 2026 - Mechanisms underlying cardiac alternans in a human ventricular myocyte mathematical model

Tabular Data - 2.8 KB - 9 Variables, 15 Observations -

Documentación

Data dictionary describing each variable in the table `table_ECC_params_RyR2_blocked`.

table_s2_150bpm_no_alt.tab

Aug 28, 2026 - Mechanisms underlying cardiac alternans in a human ventricular myocyte mathematical model

Tabular Data - 1.0 MB - 4 Variables, 35142 Observations -

Datos

Data from the simulation at 150 bpm that does not evoke alternans. Contains the temporal evolution of membrane potential (Vₘ), intracellular calcium ([Ca²⁺]ᵢ), and sarcoplasmic reticulum calcium ([Ca²⁺]ₛᵣ).

table_s2_150bpm_no_alt_dict.tab

Aug 28, 2026 - Mechanisms underlying cardiac alternans in a human ventricular myocyte mathematical model

Tabular Data - 397 B - 9 Variables, 4 Observations -

Documentación

Data dictionary describing each variable in the table `table_s2_150bpm_no_alt`.

table_s4a_APD_ICaL_recovery.tab

Aug 28, 2026 - Mechanisms underlying cardiac alternans in a human ventricular myocyte mathematical model

Tabular Data - 246 B - 1 Variables, 18 Observations -

Datos

APD restitution curve (APD₉₀) as a function of the diastolic interval (DI).

table_s4a_APD_ICaL_recovery_dict.tab

Aug 28, 2026 - Mechanisms underlying cardiac alternans in a human ventricular myocyte mathematical model

Tabular Data - 255 B - 9 Variables, 2 Observations -

Documentación

Data dictionary describing each variable in the table `table_s4a_APD_ICaL_recovery`.

table_s4b_APD_ICaL_recovery.tab

Aug 28, 2026 - Mechanisms underlying cardiac alternans in a human ventricular myocyte mathematical model

Tabular Data - 233 B - 1 Variables, 17 Observations -

Datos

Recovery of ICaL current as a function of DI.

table_s4b_APD_ICaL_recovery_dict.tab

Aug 28, 2026 - Mechanisms underlying cardiac alternans in a human ventricular myocyte mathematical model

Tabular Data - 188 B - 9 Variables, 2 Observations -

Documentación

Data dictionary describing each variable in the table `table_s4b_APD_ICaL_recovery`.

table_s5a_RyR2_block_voltage_alt.tab

Aug 28, 2026 - Mechanisms underlying cardiac alternans in a human ventricular myocyte mathematical model

Tabular Data - 1.7 MB - 7 Variables, 32942 Observations -

Datos

Data from the simulation with RyR2 blockade showing voltage-dependent alternans. Contains the temporal evolution of membrane potential (Vₘ), ICaL, Iᵣₑₗ, intracellular calcium ([Ca²⁺]ᵢ), SR calcium ([Ca²⁺]ₛᵣ), and INaCa (NCX).

table_s5a_RyR2_block_voltage_alt_dict.tab

Aug 28, 2026 - Mechanisms underlying cardiac alternans in a human ventricular myocyte mathematical model

Tabular Data - 761 B - 9 Variables, 7 Observations -

Documentación

Data dictionary describing each variable in the table `table_s5a_RyR2_block_voltage_alt`.

table_s7_SR_uptake_increase.tab

Aug 28, 2026 - Mechanisms underlying cardiac alternans in a human ventricular myocyte mathematical model

Tabular Data - 944.6 KB - 4 Variables, 31844 Observations -

Datos

Data from the simulation with increased SR calcium uptake. Contains the temporal evolution of membrane potential (Vₘ), intracellular calcium ([Ca²⁺]ᵢ), and INaCa (NCX) during the simulation with a 50% increase in SR calcium uptake at the beginning of P4.

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