The in situ growth [7], molecular level mixing [8], layer-by-layer assembling [9], and surface-modified slurry-based method [10] are belonging to this category.
The logic behind the method is that row-vectors belonging to a module controlled by some latent factors should have big projection lengths on the subspace spanned by those latent factors.
Moreover, the method is not hampered by motifs belonging to highly expressed genes.
Copula method is very useful where marginals belong to different families of distributions.
The main idea of this method is that geometrical variation flows belong to the assembly process.
At last, the Bayesian method is presented to calculate the posterior probabilities belonging to each operating mode with sample dependency.
An image processing method is presented to illustrate what is visible for people belonging to the target group.
The method is applied to Benz- and V-type graphs, belonging to the genuine 3-loop topologies.
The new method is illustrated for different explicit and implicit pure component adsorption isotherms belonging to this class.
This method is not ideal due to the possibility of clones crossreacting to other species belonging to the Bacillus genus.
