In mailed questionnaire, non CAM users are likely not to respond, thus introducing bias, to that extent, our method is advantageous.
Thus, introducing new and more effective treatment methods, such as biological techniques, is crucial to control the emission of greenhouse gases.
A facile method was developed to modify gelatin with cysteine via a bifunctional PEG linker, thus introducing free thiol groups to gelatin chains.
We thus introduce the second method, ESUCR-DT, which is an extension of SUCR-DTW for finding similar subsequences whose lengths are likely different from those of the patterns.
Furthermore, diversifications can be conveniently introduced in this method, thus making evolutionary approaches easily accessible.
This method thus uses two methods for controlling tonal values.
The herein introduced methods thus significantly broaden the spectrum of analytical tools to investigate this important but still poorly characterized new class of cytoskeletal structures.
An iterative numerical method will thus be introduced to solve this deficiency, resulting in the third version of (varDelta _{mathrm{eq}}).
Thus, the method introduced here offers a universal approach to designing taxon-specific PCR primers.
Thus our method provides an easy and rapid universal method of introducing any DNA sequence of interest into the modified LIC retroviral vector, enhancing the efficiency of laboratory-scale cloning.
