The need to seek alternative techniques that minimize these drawbacks is widely discussed in the pharmaceutical industry.
Fortunately, new alignment methods that compare sequences from multiple species have been developed to minimize these drawbacks.
To minimize these drawbacks, CT-based and later fluoroscopic-based navigation systems were introduced for screw fixation of pelvic ring injuries [ 15, 21, 23- 26].
Future study on color removal such as that by activated charcoal and proper close system reactor used for conducting hydrolysis might minimize those drawbacks.
They inherit the strengths of the different sensor channels, and minimize the drawbacks typical of the single separate channels.
To further minimize the drawbacks of the above-mentioned methods, recently developed techniques have been based on supervised classification [4, 14 16] and graph interaction models [17].
Thus, it can be concluded that 40 60% of silanes can be substituted by EBR which can minimize the drawbacks associated while using only silane as a compatibilizer.
Improving the detection performance of such a technique and minimizing the drawbacks due to the high channel collision are the main goals of this work.
Combining the advantages of in vivo and in vitro techniques can minimize the drawbacks of the techniques as stand-alone approaches and finally provide reliable sigma factor promoter assignment.
The results observed with EBR-compatibilized samples revealed that EBR has a potential to be an effective compatibilizer which eventually could minimize the drawbacks associated while using commercial silane as a compatibilizer at the industrial scale.
