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Found: 10 models Download Select all |
Csikasz-Nagy2006 - Mammalian Cell Cycle model
ID: BIOMD0000001044
|
Submitter: Nicolas Le Novère |
Format: SBML |
Uploaded date: 28/11/2008 |
Last modified date: 22/08/2024
| Published in: 2006
Maldonado2017 - Integration of Genome Scale Metabolic Networks and Gene Regulation of Metabolic Enzymes With Physiologically Based Pharmacokinetics
ID: MODEL2111050001
|
Submitter: Krishna Kumar Tiwari |
Format: Other |
Uploaded date: 05/11/2021 |
Last modified date: 05/11/2021
| Published in: 2017
Gall2023 - Agent-based model of the intestinal epithelium
ID: MODEL2212120002
|
Submitter: Louis Gall |
Format: Other |
Uploaded date: 12/12/2022 |
Last modified date: 11/12/2023
Russomanno2023-A systems approach reveals species differences in hepatic stress response capacity-MOUSE_PBPK
ID: MODEL2307070002
|
Submitter: Ciaran Fisher |
Format: Other |
Uploaded date: 07/07/2023 |
Last modified date: 20/10/2023
| Published in: 2023
Shankaran2018 - Systems Pharmacology Model of Gastrointestinal Damage
ID: MODEL2110260001
|
Submitter: Krishna Kumar Tiwari |
Format: Other |
Uploaded date: 26/10/2021 |
Last modified date: 26/10/2021
| Published in: 2018
Russomanno2023-A systems approach reveals species differences in hepatic stress response capacity-RAT_PBPK
ID: MODEL2307070001
|
Submitter: Ciaran Fisher |
Format: Other |
Uploaded date: 07/07/2023 |
Last modified date: 07/07/2023
| Published in: 2023
WijayaTrairatphisan2021 - Logic-ODE model of stress signaling in DILI
ID: MODEL2206070001
|
Submitter: Panuwat Trairatphisan |
Format: R |
Uploaded date: 07/06/2022 |
Last modified date: 07/06/2022
| Published in: 2021
Li2019 - In Silico mechanistic model for proarrhythmia risk prediction under the CiPA initiative
ID: MODEL2111260002
|
Submitter: Krishna Kumar Tiwari |
Format: R |
Uploaded date: 26/11/2021 |
Last modified date: 26/11/2021
| Published in: 2019
Gall&Pin2022 - ODE model of the intestinal epithelium
ID: MODEL2212120003
|
Submitter: Louis Gall |
Format: Other |
Uploaded date: 12/12/2022 |
Last modified date: 30/08/2023
| Published in: 2023
Scaramellini1997 - Two-receptor:One-transducer (2R1T) model for analysis of interactions between agonists
ID: BIOMD0000001008
|
Submitter: Kausthubh Ramachandran |
Format: SBML |
Uploaded date: 08/06/2021 |
Last modified date: 22/08/2024
| Published in: 1997
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