So far, they have been employed to identify the mutation (in one of the genes for haemoglobin) that causes thalassemia, a blood disease similar to sickle-cell anaemia.
On the other hand, molecular dynamics (MD) simulations have also been employed to identify the phase transformation mechanism.
Several techniques have been employed to identify nicotine, such as chromatography [1, 2, 3], spectrophotometry [4], and Raman spectroscopy [5].
Many different kinds of analytical methods have been employed to identify and quantify compounds in the lignocellulosic hydrolysates.
The combined array fractional factorial design of experiment approach has been employed to identify the significant factors and their interactions.
In the traditional finite element (FE) model updating, translational responses, such as acceleration, have generally been employed to identify the structural properties.
Tsai Wu coupled stress failure criterion has been employed to identify the critical locations for the onset of adhesion failure and delamination induced damages.
To date sensitivity, bifurcation and singularity analysis have been employed to identify and characterize the qualitative nonlinear behaviour of chemical process systems.
An indentation method [1], making use of a data post-analysis program based on neural networks, has been employed to identify tensile properties by multistage indents.
To better understand the architecture of these two complexes, a multifaceted approach has been employed to identify subcomplexes and specific protein protein interactions.
Shear wave velocity obtained from seismic survey has been employed to identify the degree of fouling and types of fouling material.
