As such, this age-dependent phenotype implicates NPR1-SA in the accumulation of ubiquitinated products.
The lack of closure of the circulatory loop may explain some downstream defects described in this phenotype such as the lack of a correct lumen formation.
Introduction of a human SMN2 transgene rescues this phenotype, such that Smn−/− SMN2 mice have SMA-like phenotypes whose severity inversely correlates with the SMN2 copy number (Hsieh-Li et al, 2000; Monani et al, 2000).
Other teratogens which cause this phenotype such as acetazolamide and thalidomide, however, did not affect Reck expression, suggesting that they may target at some points down-stream of Reck or may damage limb DE via a different mechanism(s).
As already mentioned above, strains with improved flavor production cannot be easily selected from large pools of variants, and therefore, many improvement strategies targeting this phenotype, such as genome shuffling or directed evolution, require testing of individual clones.
Ingenuity Pathway Analysis of deregulated genes revealed that epigenetic-mediated Trim28 upregulation in MF mice could lead to the upregulation of several markers that could explain this phenotype such as Igf- 1 (insulin growth factor-1) and c- Met proto-oncogene.
Historically many researchers have noticed that some pathogenic E. coli strains grow faster in comparison to commensal strains such as K-12, yet this phenotype has remained unexplained.
As such, this rich store of phenotype data has been largely unavailable for statistical and computational comparisons across studies or integration with other biological knowledge.
One possible explanation for this phenotype is that such Sse1 mutants are unstable at this temperature.
Because of the rarity of such a phenotype in this institution, a retrospective search for all S. aureus clinical isolates from the premature neonatal department since 1998 was undertaken by using computerized laboratory data.
