According to Shapiro, there is huge potential to develop more resilient and higher-yielding varieties of most orphan crops by combining traditional plant breeding methods with new biotech tools such as "genetic marking".
Integrating the experimental methods with new procedures for refining, which provided descriptions of the electron density in bonds, including intermolecular connections again led to a major involvement with computational chemistry methods.
In the world of interconnected research areas, developers need to combine existing basic, effective visualization methods with new technological opportunities to solve the central problems and challenges of Big Data analysis.
In practice, the ever-increasing sophistication in the process of intentional adulteration, as well as the growing number of botanicals entering the market, altogether necessitate a constant adaptation and reinforcement of authentication methods with new approaches, especially new technologies.
These and other questions can be addressed by combining molecule genetic methods with new imaging modes.
We also need to have standard datasets that can be used to readily compare existing methods with new techniques.
With VIZIONS, we are aiming to integrate traditional clinical, epidemiological, and medical anthropological methods with new approaches for pathogen detection and discovery, including novel sequencing approaches combined with phylogenetic analysis to characterize pathogen populations.
In this study, the homotopy analysis method with new strategies has been employed to obtain an approximate analytical solution of fractional nonlinear Klein-Gordon equations.
In this paper, we extend the method with new energy functions based on Gaussian mixture models to capture multiple color components per region and extend their applicability to RGB color space.
Comparing the original PWM built by the Bucher's method with new mono-nucleotide PWM we can see a very little difference between the performances of the matrices.
