Data: In silico stress fibre content affects strain level in cytoplasm and nucleus but not in cellular membrane

dataset

posted on 2019-09-19, 09:56 authored by Tamer Abdalrahman, Neil Hamer Davies, Thomas FranzThomas Franz

Input files of single cell finite element model for various parameter values as described in the companion paper (https://doi.org/10.1101/774976).

Input file name code:
EsX-Y.inp

X: Key for elastic modulus of substrate
1: 0.01 MPa, 2: 0.14 MPa, 3: 1 MPa, 4: 10 MPa

Y: Key for stress fibre volume fraction
0: 0%, 1: 1%, 10: 10%, 20: 20%

Please note that file Es1-0.inp is missing.

Funding

Grant UID92531, National Research Foundation, South Africa

Grant UID93542, National Research Foundation, South Africa

Grant SIR328148, South African Medical Research Council

History

Department/Unit

Biomedical Engineering Research Centre Division of Biomedical Engineering Department of Human Biology Faculty of Health Sciences University of Cape Town

Data: In silico stress fibre content affects strain level in cytoplasm and nucleus but not in cellular membrane

Funding

Grant UID92531, National Research Foundation, South Africa

Grant UID93542, National Research Foundation, South Africa

Grant SIR328148, South African Medical Research Council

History

Department/Unit

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