| Results | Research Methods | Year | Reference |
| The benefits of vendor-managed inventory in the pharmaceutical industry | Random model | 2010 | [13] |
| Pharmaceutical supply chain | Dimethyl | 2012 | [14] |
| Production planning in the pharmaceutical industry | Exploratory algorithm | 2012 | [15] |
| Dynamic allocation of resources in the pharmaceutical industry with delivery costs and different tax rates to maximize the company’s net profit | Linear and Dynamic Planning | 2012 | [16] |
| Lost sales due to delays in the market supply | Multi-objective fuzzy | 2012 | [17] |
| Planning and scheduling in drug supply and supply | Ideal planning | 2012 | [18] |
| Existing studies on the drug supply chain | Review study | 2012 | [19] |
| Identify the amount of economic production under the minimum volume restrictions on the production of perishable products such as drugs | Mathematical model | 2013 | [20] |
| The structural decision for market supply functions in the pharmaceutical industry | Grand Theory | 2015 | [21] |
| Creating an optimal supplier price strategy | Game theory and Nash equilibrium | 2015 | [22] |
| The literature on green supply chain management | Library review | 2015 | [23] |
| Supply Chain Management towards firm performance | Fuzzy | 2017 | [24] |
| Inventory policy, transportation, and pricing in a two-tier multi-stage supply chain | Nonlinear model | 2017 | [25] |
| Green supply chain management | Fuzzy | 2019 | [26] |
| Multi-product and multi-level closed-loop pharmaceutical supply chain with quality concepts in mind | NSGA II | 2020 | [27] |
| Supply chain management practices | Integration | 2021 | [28] |