Among the most commonly used distribution-based methods to interpret clinical significance is the effect size [ 11].
To evaluate the interest of ratio Aβ 42/40 versus CSF Aβ42 alone, we compared three methods to interpret CSF results: Method 1 : interpretation based on CSF p-tau181 and on CSF Aβ42 Method 2 : interpretation based on CSF p-tau181 and on Aβ 42/40 ratio Method 3 : a decisional algorithm based, in a first step, on CSF p-tau181 and on CSF Aβ42.
This section describes these factors in detail, and provides optimal methods to interpret these examinations.
Second, studies use a variety of outcome measures and analytical methods to interpret observed associations.
Ram Babu and Atchuta Rao (1988) developed an iterative inversion approach, based on the Marquardt method, to interpret a SP profile by a two-dimensional (2D) sheet, a sphere, or a 2D horizontal cylinder model.
We suggest that three questions be asked, whenever facing a clinical task, and that the continued activities should be based on a set method to interpret the answers to these questions.
There are rules and proper methods to interpreting.
The semi-quantitative model presented here provides a simple and transparent method to interpret results, identifying the most critical TAR for each country and ranking the countries based on their relative risk for ASFV introduction.
Our findings demonstrate a quantitative modeling method to interpret and predict how surface patterns mediate local depletion interactions, which enables the design of colloidal based materials and devices.
To solve this problem, a new method to interpret water saturation was presented.
MLR yields models that are simpler and easier to interpret than factor based methods like PCR(principal component regression) [20, 21] and PLS partial least squares) [22 27].
