As in any theoretically based modeling procedure, there is always scope for debate as to which phenomenon/event should have been further incorporated to the analytical model and where it should have been placed.
However, we still have further challenges to incorporate targeting therapy for the microenvironment to improve the effects of radiation therapy in clinics, and this will lead to greater knowledge about how radiation therapy works in cancer therapy and thus further improvements in radiation therapy.
The implementations of proposed seasonal latent variables have further substantiated the importance of incorporating seasonal effects when conducting comparable approaches.
We have further enhanced this process by incorporating the type of genetics of gene expression approach discussed above.
We have further advanced these computational models by experimentally determining and incorporating quantitative measurements of average endothelial and tumor VEGFR levels.
By incorporating the regulatory network information with the regulatory strength matrix, we have further inferred the activities and interactions between transcription factors and their target genes.
The proposed block backstepping technique has further been enriched by incorporating an integral action additionally for enhancing the steady state performance of the overall system.
The proposed controller has further been enriched by incorporating an integral action additionally for enhancing the steady state performance and control precision of the USV trajectory tracking control system.
The current work has further refined the application, incorporating mitomycin-C treatment to reduce any confounding contribution of proliferation and demonstrating how chemotaxis and chemokinesis can be assessed in the same experimental setup.
The LoTrach™ tube has further addressed these concerns by incorporating three subglottic suction ports adjacent to the tracheal tube cuff, making subglottic suctioning more efficient and less traumatic.
