This different architecture parallels differences in the organization of the inputs from the hand and from the foot.
First, they suggest that there are major organ-specific differences in the organization of the immune infiltrate across different cancer types.
Although certain similarities exist among the different country settings, there are clear differences in the organization of primary care services, in the prevailing health culture of the patients as well as in the demographic characteristics.
We show that there are considerable differences in the organization and distribution of different inflammasomes depending on the upstream signals and on which inflammatory caspase is recruited.
Related to differences in the organization of health care in different countries, ICU mortality and hospital mortality may not be immediately comparable.
It will be important to establish whether the morphological discrepancies described above reflect fundamental differences in the organization of the export of cargo in different cell systems.
In this sense, I wonder whether the authors have observed any differences in the organization of the dorsal epidermis in the different rescue experiments performed, i.e. is the actin cable, filopodia formation or Ena localization differentially restored when Flw is ectopically expressed in the AS or when one copy of SCAR, Arp3 or Arpc1 is removed from foscrbY10A embryos?
In this sense, I wonder whether the authors have observed any differences in the organization of the dorsal epidermis in the different rescue experiments performed, i.e. is the actin cable, filopodia formation or Ena localization differentially restored when Flw is ectopically expressed in the AS or when one copy of SCAR, Arp3 or Arpc1 is removed from fo foscrb Y10A embryos?
These marked differences in the organization of the vasopressin- and oxytocin-family genes in different bony vertebrate lineages raise questions about their origin and the organization of the ancestral vasopressin-family and oxytocin-family genes.
One of the obvious differences in the organization of the BMP signaling systems during secondary body-axis patterning in different organisms is the relative location of the bmp4 and chordin expression domains.
They also noted differences in the organization of SEPT9 filaments in the nucleus and cytoplasm when different GFP-SEPT9 isoforms were expressed in MCF7 cells.
