We report here a new GE-based risk score in CLL specimens based on the expression levels of 20 genes documented by 22 probe sets, splitting patients of two independent cohorts into 2 risk categories.
From this point of view, specimens' based approaches seem promising.
A small error might thus be associated with the ages (around ±1 day for specimens younger than a month; around ±5 for older specimens based on visual inspection of the graphs in Lyne and Marotte51).
Then the fatigue Double Cantilever Beam (DCB) tests were performed on both virgin and nanomodified specimens, based on ASTM D6115.
These findings suggest application of our lectin panel for categorizing human kidney specimens based on glomerular sialylation status.
Using these parameters, a fatigue-life estimation for notched specimens based on the local strain approach is carried out.
The variations were plotted with average temperatures of the test specimens based on a validated finite element model.
This paper presents a time-domain technique for identifying modal parameters of test specimens based on the log-decrement method.
A ratio of 60 wt% of the PDLLA component indicated the best compromise between stability of test specimens based on a strong melting network and bone-like properties.
Volatilization rates from restrained specimens based upon normal surface area (NSA) were only 50% higher than our historic cumulative maximum flux plot (CMFP) for tungsten.
Hydrogen generation rates from restrained specimens based on normal surface area (NSA) remain about five times higher than historic rates based on total surface area.
