The physical (filtration efficiency, pressure drop, and fiber morphology) and biological (antimicrobial efficacy against airborne Staphylococcus epidermidis) characteristics were evaluated.
Undendronized chitosan films ChP and ChPW were characterized in terms of their chemical structure, morphology, and biological properties.
Several factors, mainly related to materials properties, capsule morphology and biological environment, play a key role in optimizing BAP systems.
For understanding the influence of the thermal treatment on the structure, morphology, and biological properties, the samples were analyzed using several techniques.
We then used this information to identify soil invertebrate bioindicators that represent key aspects of soil quality (chemical fertility, physical properties, aggregate morphology, and biological functioning).
The present study investigates by using several techniques the influence of the temperature on the structure, morphology, and biological properties of silver-doped calcium-deficient hydroxyapatite (Ca10 − x Ag x (PO4 6(OH)2, AgHAp) with x Ag = 0.5.
SMCs seeded on the ELP4 surface modified materials were also shown to exhibit the cell morphology and biological markers of a contractile phenotype including a spindle-like morphology, actin filament organization and smooth muscle myosin heavy chain expression.
Surfaces of electrospun nanofibers were also chemically modified with immobilizing cell specific bioactive ligands to enhance cell adhesion, proliferation, and differentiation by mimicking morphology and biological functions of extracellular matrix.
