The results obtained in the paper can be extended to many-to-many matching markets with ties and matroid constraints by adapting the concepts and techniques discussed in the original context. In the case of many-to-many matching, the considerations would involve multiple agents being matched to multiple partners, introducing a more intricate network of preferences and constraints. By incorporating matroid constraints, which are more flexible and can capture a wider range of constraints beyond simple capacity limitations, the analysis can be expanded to encompass these complex scenarios. The key lies in modifying the definitions of stability, core, and blocking to suit the many-to-many setting while accounting for ties and matroid constraints.