By the use of LC3 conversion assays and electron microscopy experiments, we observed that T cells from two distinct lupus-prone mouse models, i.e., MRL lpr/lpr and (NZB/NZW F1, exhibit high loads of autophagic compartments compared with nonpathologic control CBA/J and BALB/c mice.
Our model functions in eight cellular compartments compared to three compartments in most reconstructions.
In early OA, lower dGEMRIC indices were seen in degenerated cartilage compartments compared with unaffected compartments [ 28].
Long-term CMS application caused D2Ola mice to spend significantly more time in the lit compartment compared to controls (t21 = 4.55; p<0.01), whereas stressed BL/6J mice of the same experiment did not show an altered behaviour in the DaLi paradigm (Figure 2A).
As expected, adolescent mice showed increased preference for the novel compartment compared to adults (age, χ2 = 4.95, df = 1, P<0.03).
Thus, both adolescent and adult L-CORT and H-CORT mice showed increased preference for the novel compartment compared to AFR controls (P<0.05 in post-hoc tests).
Moreover, tat-cyclotraxin-B-injected mice spent significantly more time in the center compartment compared to saline controls, suggesting anxiolytic effects of the compound.
In these mice, however, tight junctions were frequently dislocated to the more centrally located regions of the seminiferous epithelium that also contained the more mature SC, resulting in a broadening of the basal compartment, compared to that of control mice.
Additionally, H-CORT mice showed a tendency towards increased preference for the novel compartment compared to L-CORT subjects (P = 0.13).
However, the relative importance of MyD88 within the CNS compartment compared with infiltrating peripheral immune cells was uncertain, since prior studies utilized MyD88 KO mice where this adaptor was globally absent.
