Aging is associated with reduced tissue sensitivity to insulin.
Fig. 8 Reduced tissue injury in H1R−/−/H2R−/− mice following CLP-induced sepsis.
This was associated with a reduced tissue incorporation of the implants.
More importantly, this plasmid/nanoparticle hydrogel system significantly reduced tissue adhesion formation.
The protection of mice with macrophage-specific JNK-deficiency against insulin resistance was associated with reduced tissue infiltration by macrophages.
Although AT62 immunization reduced tissue necrosis, it did not reduce the bacterial burdens in the lesions compared to controls.
However, incorporation of antibacterial amounts of copper reduced tissue cell proliferation and vitality compared to the pure TiO2, but to a minimized extend.
Here, we designed novel ketal cross-linked cationic nanohydrogel particles that were assessed for reduced tissue accumulation and robust siRNA delivery in vitro and in vivo.
One antibody, ZK2B10, showed the most potent neutralization activity, completely protected uninfected mice, and markedly reduced tissue pathology in infected mice.
TNF neutralization led to increased lung bacillary load, disrupted granuloma architecture with expanded necrotic foci and reduced tissue hypoxia, and accelerated animal mortality.
There is evidence for reduced tissue concentrations of TCAi in rodent obesity and diabetes models [22].
