… liver fibrosis (from 1.5 m/s [Fibrosis stage 1] to 4 m/s [Fibrosis stage 4]). Similarly, the simulated
… In summary, we found that those systems biology simulated fibrotic liver tissues with and …

… and repetitive tissue injury induces liver fibrosis and even … components within two-dimensional
(2D) liver lobules. The … To simulate this diffusion, we designed a simple discrete …

… the stiffness of tissues, leading to severe liver dysfunction. The final … [24], we conducted
simulation studies using the protocol … With counters, we can use discrete intervals to describe a …

… considered, or at low resolution sufficiently far away from the liver tissue damage zone.
High resolution cell models permit a higher accuracy of biomechanics at the expense of longer …

… model compared to that of two-dimensional in vitro cell … candidates involves using traditional
two-dimensional (2D) in vitro … of rapidly perfused tissues like kidney, liver, lungs, and heart) …

… Wang Y and Jiang J 2019 A two-dimensional (2D) systems biology-based discrete liver
tissue model: a simulation study with implications for ultrasound elastography of liver fibrosis …

… synthesized into biological units using synthetic biology-based techniques. For added … hard
matter have developed rapidly onto two-dimensional substrates in three-dimensional space. …

… The tissue under quasi-static mechanical stimulus is often idealized as a 2D plane strain …
Finally, the method is applied on 3 liver clinical tissue and it is shown that the method could …

… (1D) and two-dimensional (2D) nanomaterials have demonstrated … , computational systems
with biology-based learning and … research on human AD brain tissues and animal models …

… , lung, liver, gallbladder and central nervous system. The … ), and SBO-CNN (Biology-based.
The same parameter values of … gene expression data into two-dimensional images, which …