This motivates the definition of the predictive model which considers early sequences of threads to infer the final thread size.
Indeed, the next step in this research is to test this hypothesis in an in vivo mouse model, which represents early-stage OA, enabling exploitation of transgenic animals with deficiencies in CNP signalling (for example, tissue-specific Npr2-/-, Npr3-/) in the absence and presence of agents that stimulate the Npr pathways.
These data are consistent with a model in which early vertebrate inhibin α-like subunits, which have the wrist helix region deletion but lack the proline-rich wrist region insertion, gained some potential for heterodimerization.
Together these analyses indicate a role for col27a1a in promoting the normal rate of vertebral mineralization and support a model in which early embryonic defects in a template for mineralization result in post-embryonic defects in vertebral form.
Such studies support a model in which early expression of TNF, IL-12 and IFN-γ by diverse myeloid and lymphoid cell types in response to F. tularensis infection induces recruitment of inflammatory cells and IFN-γ production primarily from NK cells and dendritic cells [64] that in turn further activate macrophages and dendritic cells and induce Th1 immunity.
The authors proposed a feed forward model in which early activation of some genes alters the transcriptional state of the cell.
Finally, our data suggests a model in which early control exerted by rACC is required for enhanced processing of threat targets.
Taken together, our results and those of Siwko and colleagues support a model in which early, but not late, pregnancy depletes mammary epithelial stem cells.
Our results suggest a model in which, early in the developing spinal cord, a common neuroglioblast progenitor is present in the pMN domain, and this has the capacity to generate MN and OLP.
Based on our comprehensive study of a relatively large cohort of retinoblastoma cases, we provide evidence for a tumor progression model in which early well-differentiated lesions advance to undifferentiated lesions with higher proliferative capacity.
