A time course analysis revealed furthermore no significant alteration in relation to the time of testing.
No significant alteration of activation was noted.
There was no significant alteration in cellular compositions detectable between control and ERU group (Fig. 3C).
PCL scaffolds supporting a gelatin chitosan emulsion gel showed no significant alteration in tensile stress, strain or tensile modulus.
It was found that the O/Al ratio in the films was approximately 1.5, and there was no significant alteration in this ratio after ion irradiation.
Furthermore, no significant alteration in the serum concentration of certain vitamins (vitamins E and A) and mineral elements (inorganic P, K, Cu, Zn) was observed.
This resulted in increased accumulation of type II collagen (the major collagen of cartilage) whilst there was no significant alteration in the proteoglycan content.
Addition of 10 nM α-1 gave no significant alteration of activation, whereas for the inactivation curves, V1/2 shifted from −60.4 ± 0.6 mV in the control to −54.5 ± 1.6 mV in the presence of peptide.
Nevertheless, there was no significant alteration of pH, conductivity, salinity and total dissolved solid after the treatment.
When SOD increases from 150 to 175 mm, the hardness increases to 165 HV0.1 and shows no significant alteration.
Similar results were obtained with all the tested sub-cultured experiments, and no significant alteration in cellulase production was observed.
