challenges faced by the developing countries with respect to CSR are different as compared to challenges faced by the developed countries.
However, the challenging pathogen was significantly more likely to invade the already-infected host if the resident infection was a conspecific genotype compared to challenges involving a closely related species.
A ~2-fold increase of splenic weight was observed in WT mice with DSS challenge, compared to mock challenged (p < 0.01), but no significant different splenic weight was detected in GHSR−/− mice between DSS and mock treatment.
Lymphocyte numbers showed little change over time (Fig. 3b), although the percentage of lymphocytes in BAL increased at 4 h in saline- and HDM- challenged lobes compared to pre-challenge (Fig. 3f).
While aglycemia challenged neurovasculature did not significantly induce lymphocyte adhesion, aglycemia challenged gliovasculature significantly increased lymphocyte adhesion compared to aglycemia challenged brain endothelial cells.
Compared to HDE challenged mice, the LPS-reduced HDE challenged mice had significantly reduced TNFα levels in the bronchoalveolar lavage fluid.
While hypoxia challenged neurovasculature significantly decreased lymphocyte adhesion, hypoxia challenged gliovasculature did not affect lymphocyte adhesion compared to hypoxia challenged brain endothelial cells.
CM from aglycemia challenged neurons significantly decreased MAdCAM-1 expression compared to aglycemia challenged brain endothelial CM.
Both OGDR challenged neurovasculature and gliovasculature significantly promoted lymphocyte adhesion compared to OGDR challenged brain endothelial cells in vitro.
EOXB supplementation decreased the fecal score compared to the challenged CTR animals during the first week post-challenge (P = 0.02).
