- Author:
- Robyn May <r.may@auckland.ac.nz>
- Date:
- 2025-01-06 16:27:02+13:00
- Desc:
- Adding term and preterm generic 0D cardiovascular models to the workspace.
- Permanent Source URI:
- https://staging.physiomeproject.org/workspace/662/rawfile/e53b818911eda8dc96de869131b375974a1586c3/term_model_files/neonatal_parameters.csv
variable_name,units,value,data_reference
R_pvn,Js_per_m6,4800000,population_average
C_pvn,m6_per_J,5.30E-10,population_average
u_ext_pvn,J_per_m3,0,omit_external_pressure
I_pvn,Js2_per_m6,1.00E-06,Safaei
q_us_0_pvn,m3,0,omit_unstressed_volume
Delta_q_us_pvn,m3,0,omit_unstressed_volume
R_par,Js_per_m6,2.50E+09,population_average
C_par,m6_per_J,5.10E-10,population_average
u_ext_par,J_per_m3,0,omit_external_pressure
I_par,Js2_per_m6,1.00E-06,Safaei
E_main_pulmonary,J_per_m3,4.00E+05,literature
l_main_pulmonary,metre,0.015,Mynard2011
r_main_pulmonary,metre,0.004813043,Term_generic_model
theta_main_pulmonary,dimensionless,0,defined_by_user
u_ext_main_pulmonary,J_per_m3,0,omit_external_pressure
beta_g,dimensionless,0,user_defined
rho,Js2_per_m5,1050,Safaei
mu,Js_per_m3,0.004,known
g,m_per_s2,9.81,known
a_vessel,dimensionless,0.2802,TODO_reference
b_vessel,per_m,-505.3,TODO_reference
c_vessel,dimensionless,0.1324,TODO_reference
d_vessel,per_m,-11.14,TODO_reference
T,second,0.476460568,Term_generic_model
q_ra_0,m3,2.40E-07,literature
q_rv_0,m3,8.00E-07,literature
q_la_0,m3,1.60E-07,literature
q_lv_0,m3,5.30E-07,literature
T_ac,second,0.080998296,Term_generic_model
T_ar,second,0.080998296,Term_generic_model
t_astart,second,0.381168454,Term_generic_model
T_vc,second,0.161996593,Term_generic_model
T_vr,second,0.14293817,Term_generic_model
t_vstart,second,0,copied_simple_physiological
E_lv_A,J_per_m6,5.5840e+09,25_10_2023_identified
E_lv_B,J_per_m6,153285740.3,Term_generic_model
K_vo_trv,m3_per_Js,1,2023-10-25_tuned
K_vo_puv,m3_per_Js,0.2,2023-10-25_tuned
K_vo_miv,m3_per_Js,0.5,2023-10-25_tuned
K_vo_aov,m3_per_Js,1,2023-10-25_tuned
K_vc_trv,m3_per_Js,1,2023-10-25_tuned
K_vc_puv,m3_per_Js,0.1,2023-10-25_tuned
K_vc_miv,m3_per_Js,0.1,2023-10-25_tuned
K_vc_aov,m3_per_Js,1,2023-10-25_tuned
M_rg_trv,dimensionless,0,Mynard_2012
M_rg_puv,dimensionless,0,Mynard_2012
M_rg_miv,dimensionless,0,Mynard_2012
M_rg_aov,dimensionless,0,Mynard_2012
M_st_trv,dimensionless,1,Mynard_2012
M_st_puv,dimensionless,1,Mynard_2012
M_st_miv,dimensionless,1,Mynard_2012
M_st_aov,dimensionless,1,Mynard_2012
l_eff,metre,0.01,Mynard_2012
A_nn_trv,m2,0.00028,Abushaban2018doubled
A_nn_puv,m2,8.80E-05,Abushaban2018doubled
A_nn_miv,m2,0.000316,Abushaban2018doubled
A_nn_aov,m2,9.46E-05,Abushaban2018doubled
A_nn_fo,m2,5.28E-06,Term_generic_model
E_aortic_root,J_per_m3,4.00E+05,literature
l_aortic_root,metre,0.004,Mynard2011
r_aortic_root,metre,0.004745492,Term_generic_model
theta_aortic_root,dimensionless,0,defined_by_user
u_ext_aortic_root,J_per_m3,0,omit_external_pressure
E_ascending_aorta,J_per_m3,4.00E+05,literature
l_ascending_aorta,metre,0.009,Mynard2011
r_ascending_aorta,metre,0.004442758,Term_generic_model
theta_ascending_aorta,dimensionless,0,defined_by_user
u_ext_ascending_aorta,J_per_m3,0,omit_external_pressure
E_brachiocephalic,J_per_m3,4.00E+05,literature
l_brachiocephalic,metre,0.012,Mynard2011
r_brachiocephalic,metre,0.002271283,Term_generic_model
theta_brachiocephalic,dimensionless,0,defined_by_user
u_ext_brachiocephalic,J_per_m3,0,omit_external_pressure
E_subclavian_R,J_per_m3,4.00E+05,literature
l_subclavian_R,metre,0.039,Mynard2011
r_subclavian_R,metre,0.001297378,Term_generic_model
u_ext_subclavian_R,J_per_m3,0,omit_external_pressure
theta_subclavian_R,dimensionless,0,defined_by_user
E_common_carotid_R,J_per_m3,4.00E+05,literature
l_common_carotid_R,metre,0.063,Mynard2011
r_common_carotid_R,metre,0.001419005,Term_generic_model
u_ext_common_carotid_R,J_per_m3,0,omit_external_pressure
theta_common_carotid_R,dimensionless,0,defined_by_user
E_aortic_arch_I,J_per_m3,4.00E+05,literature
l_aortic_arch_I,metre,0.004,Mynard2011
r_aortic_arch_I,metre,0.004442758,Term_generic_model
theta_aortic_arch_I,dimensionless,0,defined_by_user
u_ext_aortic_arch_I,J_per_m3,0,omit_external_pressure
E_common_carotid_L,J_per_m3,4.00E+05,literature
l_common_carotid_L,metre,0.075,Mynard2011
r_common_carotid_L,metre,0.001419005,Term_generic_model
u_ext_common_carotid_L,J_per_m3,0,omit_external_pressure
theta_common_carotid_L,dimensionless,0,defined_by_user
E_aortic_arch_II,J_per_m3,4.00E+05,literature
l_aortic_arch_II,metre,0.004,Mynard2011
r_aortic_arch_II,metre,0.003301829,Term_generic_model
theta_aortic_arch_II,dimensionless,0,defined_by_user
u_ext_aortic_arch_II,J_per_m3,0,omit_external_pressure
E_subclavian_L,J_per_m3,4.00E+05,literature
l_subclavian_L,metre,0.039,Mynard2011
r_subclavian_L,metre,0.001297378,Term_generic_model
u_ext_subclavian_L,J_per_m3,0,omit_external_pressure
theta_subclavian_L,dimensionless,0,defined_by_user
E_aortic_arch_III,J_per_m3,4.00E+05,literature
l_aortic_arch_III,metre,0.004,Mynard2011
r_aortic_arch_III,metre,0.003283419,Term_generic_model
theta_aortic_arch_III,dimensionless,0,defined_by_user
u_ext_aortic_arch_III,J_per_m3,0,omit_external_pressure
E_ductus_arteriosus,J_per_m3,4.00E+05,literature
l_ductus_arteriosus,metre,0.014,Mynard2011
r_ductus_arteriosus,metre,5.00E-13,Term_generic_model
u_ext_ductus_arteriosus,J_per_m3,0,omit_external_pressure
theta_ductus_arteriosus,dimensionless,0,defined_by_user
E_descending_aorta,J_per_m3,4.00E+05,literature
l_descending_aorta,metre,0.056,estimated
r_descending_aorta,metre,0.003416648,Term_generic_model
theta_descending_aorta,dimensionless,0,defined_by_user
u_ext_descending_aorta,J_per_m3,0,omit_external_pressure
E_abdominal_aorta,J_per_m3,4.00E+05,literature
l_abdominal_aorta,metre,0.069,estimated
r_abdominal_aorta,metre,0.003416648,Term_generic_model
theta_abdominal_aorta,dimensionless,0,defined_by_user
u_ext_abdominal_aorta,J_per_m3,0,omit_external_pressure
R_1_T_abdomen,Js_per_m6,1.9748e+10,25_10_2023_identified
R1_R2_ratio_abdomen,dimensionless,0.6,18_08_2023_identified
C_T_abdomen,m6_per_J,5.40E-09,population_average
I_T_abdomen,Js2_per_m6,1.00E-06,Safaei
u_ext_abdomen,J_per_m3,0,omit_external_pressure
R_1_T_head_L,Js_per_m6,2.0000e+10,25_10_2023_identified
R1_R2_ratio_head_L,dimensionless,0.66,18_08_2023_identified
C_T_head_L,m6_per_J,2.50E-09,population_average
I_T_head_L,Js2_per_m6,1.00E-06,Safaei
u_ext_head_L,J_per_m3,0,omit_external_pressure
R_1_T_head_R,Js_per_m6,2.0000e+10,25_10_2023_identified
R1_R2_ratio_head_R,dimensionless,0.66,18_08_2023_identified
C_T_head_R,m6_per_J,2.50E-09,population_average
I_T_head_R,Js2_per_m6,1.00E-06,Safaei
u_ext_head_R,J_per_m3,0,omit_external_pressure
R_1_T_arm_L,Js_per_m6,1.2591e+10,25_10_2023_identified
R1_R2_ratio_arm_L,dimensionless,0.66,18_08_2023_identified
C_T_arm_L,m6_per_J,3.00E-09,population_average
I_T_arm_L,Js2_per_m6,1.00E-06,Safaei
u_ext_arm_L,J_per_m3,0,omit_external_pressure
R_1_T_arm_R,Js_per_m6,1.2591e+10,25_10_2023_identified
R1_R2_ratio_arm_R,dimensionless,0.66,18_08_2023_identified
C_T_arm_R,m6_per_J,3.00E-09,population_average
I_T_arm_R,Js2_per_m6,1.00E-06,Safaei
u_ext_arm_R,J_per_m3,0,omit_external_pressure
R_1_T_leg_L,Js_per_m6,1.4352e+10,25_10_2023_identified
R1_R2_ratio_leg_L,dimensionless,0.66,18_08_2023_identified
C_T_leg_L,m6_per_J,3.00E-09,population_average
I_T_leg_L,Js2_per_m6,1.00E-06,Safaei
u_ext_leg_L,J_per_m3,0,omit_external_pressure
R_1_T_leg_R,Js_per_m6,1.4352e+10,25_10_2023_identified
R1_R2_ratio_leg_R,dimensionless,0.66,18_08_2023_identified
C_T_leg_R,m6_per_J,3.00E-09,population_average
I_T_leg_R,Js2_per_m6,1.00E-06,Safaei
u_ext_leg_R,J_per_m3,0,omit_external_pressure
R_venous_ivc,Js_per_m6,4200000,population_average
C_venous_ivc,m6_per_J,7.5000e-08,25_10_2023_identified
u_ext_venous_ivc,J_per_m3,0,omit_external_pressure
I_venous_ivc,Js2_per_m6,113000,03_05_2022_identified
q_us_0_venous_ivc,m3,0,omit_unstressed_volume
Delta_q_us_venous_ivc,m3,0,omit_unstressed_volume
R_venous_svc,Js_per_m6,4200000,population_average
C_venous_svc,m6_per_J,7.5000e-08,25_10_2023_identified
u_ext_venous_svc,J_per_m3,0,omit_external_pressure
I_venous_svc,Js2_per_m6,113000,03_05_2022_identified
q_us_0_venous_svc,m3,0,omit_unstressed_volume
Delta_q_us_venous_svc,m3,0,omit_unstressed_volume
