The new method was designed to test this assumption directly, and is based on the assumption that functionally corresponding regions – or those performing the same functions – will have the same time course of activity in humans and monkeys.
Orthogonal test method was designed to optimize the process parameters of extraction and crystallization.
A method was designed to investigate the assembly of the GO/montmorillonite (MMT) composite.
An automated and robust segmentation method was designed to provide a material map for pre-clinical PET attenuation correction.
As previously mentioned, the conventional two-step conjugation method was designed to minimize affecting the second protein's carboxyls.
The method was designed to combine the rapidness of lateral flow test and sensitiveness of fluorescent method.
To investigate the directional infiltration, an interesting method was designed to overcome the wall tension problem.
The experimental method was designed to monitor continuously the particle resuspension rate owing to lift-off.
The method was designed to take advantage of the intrinsic fluorescent properties of CPZ.
This integration method was designed to incorporate high performance QDs on inexpensive, lightweight flexible substrates.
The proposed method was designed to improve performance in terms of detection rate and detection time.
