Mitigated Oxidative Stress and Cognitive Impairments in Transient Global Ischemia using Niosomal Selegiline-NBP delivery

Table 1

Applied statistical models to release data of selegiline.

Function	Equation
^aZero order
^bFirst order
^cHiguchi
^eHixson-Crowell
^jWeibull
^mGompertz

^a and are the remained amounts of the decoy ODN in the nanocarrier system in the time zero and , respectively; is the zero-order release constant. ^b is the first-order release constant.
^c is the Higuchi release constant.
^e is the release constant in Hixson–Crowell model.
^j is the scale parameter which defines the time scale of the process; is the shape parameter which characterizes the curve as either exponential (; case 1), sigmoid, S-shaped, with upward curvature followed by a turning point (; case 2), or parabolic, with a higher initial slope and after that consistent with the exponential (; case 3); is the location parameter which represents the lag time before the onset of the dissolution or release process and in most cases will be near zero.
^m is the scale factor in the Gompertz model; is the shape factor in the Gompertz model.