These studies followed Chinese Pharmacopoeia recommendations (2010 edition) for the effective and safe dosage of DBT and FZP (Zheng 2005).
Sixty Blab/C mice (half male and half female) were randomly and equally divided into a control group, a model group, a FZP group or one of three doses of DBT treatment groups (n = 10 for each group).
5F, the hematopoietic tissue in the FZP group (positive control group) decreased as compared to animals in the control group, however, it increased as compared to animals in the model group, the blood sinus were rich.
A deeply-etched FZP is a non-periodical structure of grating.
The FZP pattern is deeply etched in the upper surface of a double-layer substrate.
For the FZP with a stratified structure substrate, we replace U under the integral in Equation (4b) with [U.sup.(f)], which is a good approximation to the total field.
The FZP grating is etched in the glass slab of thickness [h.sub.1] and the etching depth of the grating is h(< [h.sub.1]).
With the purpose of validating the model developed on in this paper, we shall compare the previous results with the simulation results provided by the finite-difference time-domain (FDTD) method for the considered FZP. In our FDTD simulations, the input source is a monochromatic circularly-polarized (CP) plane wave with a wavelength X = 650 nm and perfectly matched layer is used as the boundary conditions.