These findings confirm previous results obtained by our group using only electrochemical methods [G. Lu, G. Zangari, J. Phys. Chem. B 109 (2005 7998]].
To increase the drug's bioavailability by ocular instillation, TA was encapsulated in nanostructured lipid carriers (NLC), previously optimized by our group using a factorial design approach.
The keratoprosthetic devices developed by our group using heterobifunctional silicone rubber membranes grafted with different bioactive functional groups showed promising results in animal studies.
In this letter, we study the thermal stability of the three-dimensional manganese-based nanoporous structure (3D-Mn-NPS) recently developed by our group using a novel laser processing dealloying method.
Safety and flux stability simulations were done by our group using Monte Carlo Transport Code MCNP5 for permanent cadmium line inside the irradiation channel of NIRR-1 and compared with the ones reported by other MNSR groups.
Moreover, the volume of secretions in the ETT was an endpoint which we could assess with high precision, as previously described by our group using a novel technique such as MicroCT scan [8].
Structuring of the wafers was done by our group (using the standard technology), resulting in a cubic arrangement of inverted pyramids with a spacing of 2 to 3 μm.
Zeintl et al. [31] used a cylinder uniformly filled with 99mTc and reported CNF values similar to those obtained by our group using planar scans of point sources [26].
The biomarkers were selected based on the results of a previous study by our group using high throughput proteomic analysis [9].
Imaging of activated platelets on the surface of arterial thrombosis has been previously described by our group using molecular magnetic resonance imaging (MRI) [8], [9], [10].
A more recent study by our group using retinotopic techniques and at higher scanner field strength demonstrated V1 activation while performing a fine spatial tactile discrimination task despite being blindfolded for a period as short as 40 60 minutes [42].
