Ronald Parry provided the first published experimental verification of this transformation by showing that [1-C]-octanoic acid was specifically incorporated into lipoic acid in vivo.
It can also reduce the cost of verification: if the transformations are shown or assumed to be correct, each new system or version can be verified in terms of its model, rather than its implementation.
In this paper we present an exhaustive review of the literature on the verification of model transformations analyzing these three components.
Finally, we conclude the need of an integrated environment for addressing the heterogeneous verification of model transformations.
All steps of the library screening including the transformation, the isolation of clones, and the verification of the interactions, and the β-Galactosidase assays were performed as described by the manufacturer.
As a final verification of the model, a bending test is used which manifests the stress-state dependency of the transformation.
Finally, we carry out a formal verification of the proposed rule set by combining analysis tools for graph transformation and labeled transition systems.
Verification of transformation was obtained by a PCR assay of genomic DNA isolated from both presumptively transformed rooted plants, primed with the oligonucleotide pair 35 s-F/-R (sequences given in Table 1) which targets the CaMV 35S promoter sequence.
LL and SW performed PCR verification of transformation.
Seppo Kapanen is part of the transformation.
