HUVEC prolonged clotting times in whole blood-module mixtures, and enabled slightly heparinized whole blood perfusion of an assembled modular construct in vitro with no increase in platelet loss compared to background levels.
Here, we exploited the modular nature of the in vitro system, varying the age of stigmas, styles, and ovules.
Based on these observations we favor folding-by-parts and propose a modular assembly model for the in vitro folding of SNase.
Their modular structure, stability, ease of in vitro selection and high production yields make DARPins an ideal starting point for further engineering.
Additionally, Q11 and RGDS-Q11 were minimally immunogenic in mice, making Q11-based biomaterials attractive candidates for further investigation as defined, modular extracellular matrices for applications in vitro and in vivo.
Here, we review methods for the bottom-up and directed assembly of modular, multicellular, and tissue-like constructs in vitro.
In vitro studies of modular junction fretting are used to assess the degree of corrosion through both electrochemical measurement (voltage and current) and weight loss or ion release of the implant under cyclic loading laboratory conditions.
In vitro studies of modular junction fretting are used to quantify the degree of corrosion through both electrochemical measurement (voltage and current) and weight loss or ion release of the implant under cyclic loading laboratory conditions.
Strengths of this study include the modular design of the axial load transducer, which allows for in-vitro real-time dynamic testing of radial length changes.
The in-vitro model consisted of one fresh-frozen cadaveric radius (age: 62, male) and an interposed modular axial load transducer device (Fig. 1).
