Case studies are provided to emphasize the criticality of understanding drug properties, delivery technology, and assessment of MR feasibility for ensuring effective and efficient product design.
TAC composite hydrogel was designed to have superior pharmaceutical formulation properties, delivery efficiency and local bioavailability, compared to currently available paraffin-based TAC ointments.
Strong mucoadhesive properties of delivery systems can induce a considerable change in rheological properties of the mucus layer (Mortazavi & Smart, 1994b).
"While this group made a quick sale, legitimate businesses and hauliers suffered greatly with property stolen, deliveries cancelled, excess payments on insurance and not to mention the inconvenience to their customers," he said.
The digitization of society is affecting customer needs, product and service properties and delivery mechanisms, and organization design (Langer, 2017).
Interestingly though, the colloidal and surface properties of delivery systems are commonly overlooked in view of the predominant attention placed on the therapeutic effectiveness achieved.
These results have important implications both in developing nanomaterials for environmental applications and in performing nanotoxicological studies, because nanoparticle dispersion properties affect delivery and transport efficiency for both contamination remediation and for in vitro and in vivo toxicity tests.
The need to establish quantitative structure function relationships (QSFR) between particle properties and delivery system functionality is highlighted for the efficient development of food-grade delivery systems in the future.
Ricin, along with several protein toxins have been exploited for their intracellular trafficking and/or membrane translocation properties allowing delivery of exogenous peptides directly into the MHC class I processing and presentation pathway of target cells (1- 4).
This is in line with our thinking of an "engineered approach" to pancreatic cancer by nanocarriers; we define an engineered approach as the dynamic integration of the drug delivery properties with additional nanocarrier properties that address tumor-specific challenges.
