Sentence examples for material carriers from inspiring English sources

Material carriers designed to spatially and temporally mimic the satellite cell niche may be of particular importance for the complete regeneration of severely damaged skeletal muscle.

With a risk of superparamagnetic iron oxide nanoparticles (SPIONPs) that is lower for animals than other material carriers, anti-CEA-functionalized SPIONPs were synthesized in this study for labeling colorectal tumors by conducting different preoperatively and intraoperatively in vivo examinations.

Contact with several common biomaterials can induce the maturation of immature dendritic cells, but substrates that reduce dendritic cell maturation are of particular interest within the field of cell-based therapeutics where the goal is to reduce the immune response to cell-laden material carriers.

There are three modes of heat transfer, which can be described as (1) the transfer of heat by conduction in solids or fluids at rest, (2) the transfer of heat by convection in liquids or gases in a state of motion, combining conduction with fluid flow, and (3) the transfer of heat by radiation, which takes place with no material carrier.

This study aims to highlight the importance of the physical material carrier in stem cell based tissue engineering schemes.

The size distribution, morphology, composition and yield of the aerosol particles are dependent on the electrode material, carrier gas composition and the type and energy input of the electrical discharge [2].

They are the material carrier of a soul's desire to physically experience this world.

Thus, these cells have to be included in advanced bioartificial vascular replacements, provided their phenotype, and proliferation activity is controlled by appropriate cell culture conditions, including the physical and chemical properties of their material carrier.

A considerable number of international research groups as well as commercial entities work on the development of new bone grafting materials, carriers, growth factors and specifically tissue-engineered constructs for bone regeneration.

The search for DMSs has been focused on cation substitution of semiconductors with transition metal (TM) elements, where the Curie temperature of the doped semiconductor can be below or above room temperature, depending on the host materials, carrier concentration, and doping elements [4 11].

Because of these features, silica has many applications, such as sources for synthetic adsorption materials [14 16], carriers, medical additives, fillers in composite materials, etc. [17, 18], and demonstrates advantages when achieved at nanometer size.