Prostate cancer has been an ideal model to study the multiple steps required in the metastatic cascade.
This well-defined structure provides an ideal model to study the catalytic origin of iron-based catalysts.
Twin sibling designs are an ideal model to study cognitive decline and dementia, as twins are age-matched.
The developing human liver provides an ideal model to study cell lineage derivation from progenitors and to understand how foetal haematopoiesis and liver development might explain the nature of the adult LPC population.
Therefore, the PBsomes of P. cruentum is an ideal model to study the energy transfer pathway.
This development-dependent switching provides an ideal model to study how gene expression affects cerebellar function.
The complete changes of cell junctions make EPT1 an ideal model to study the complex regulatatory networks of EMT.
The genetic tractability of Drosophila melanogaster makes this organism an ideal model to study the function of presenilin.
Photosynthetic membrane has been considered as an ideal model to study the protein mobility in view of their naturally fluorescent properties [21].
Therefore, C. elegans is an ideal model to study the function of the MAGI-1 protein in associative learning and neural plasticity.
Yeast has several features making it an ideal model to study, not only human disorders, but also the effect of nutraceuticals in the prevention or progress of a disease [53], [54].
