In addition, this method also obtains the domain knowledge from biological databases and incorporates it into the method so that the search for gene-gene interaction was initialized.
In addition, this method also has the potential to enable the formation of asymmetric bilayers, as two different lipid monolayers are brought into contact.
However, as the present study indicated, in our hands this method also resulted in multiple false positive candidate genes.
Although SPT has opened the window to increasing the resolution of structural biology in situ by averaging repeating features in cellular tomograms, this method also suffers from significant limitations.
As implemented in GIGI-Pick, this method also flexibly allows initial manual selection of subjects and optimizes selections within the constraint that only some subjects might be available for sequencing.
In the Mekong delta (Vietnam) this method also resulted in a saving of more than 100 kg of rice seeds and a reduction of the damage resulting from insects, diseases and lodging (Chin et al. 1999).
Just as in the first method, this method also leads to the occurrence of the same potential in magneto-conjugated points.
The frozen solid containing hyperpolarized 13C-substrates can consequently be melted at a later time, in a remote location, and this method also extends the potential applications of hyperpolarized 13C MRI to biomolecules with low solubility.
