Table 3.
Representative studies demonstrating tissue protective effects of CO in pre-clinical models of inflammatory disease
Model | Target Organ | Species | Phenotype | Ref |
---|---|---|---|---|
| ||||
Endotoxemia | Systemic | Mice | Increased survival, Reduced pro-inflammatory cytokine production, increased IL-10 | 45 |
Pigs | Reduced coagulation. Reduced pro-inflammatory cytokine production, increased IL-10 | 46 | ||
Monkeys (Macaques) | Reduced TNF, Reduced Neutropenia | 47 | ||
| ||||
Hyperoxic Injury | Lung | Mice | Increased survival, Reduced pro-inflammatory cytokine production | 48–49 |
| ||||
Mechanical Ventilation | Lung | Rats, Mice | Reduction of BAL protein and cell count, lung neutrophil recruitment, and edema | 50–52 |
| ||||
Sepsis | Lung, Liver | Mice | Increased survival, increased bacterial clearance from organs and blood, induction of autophagy | 53–54 |
Baboons | Normalization of pro-resolving mediator profiles | 55 | ||
| ||||
Ischemia/Reperfusion | Lung Liver |
Mice | Inhibition of apoptosis Reduced inflammation |
56–57 |
| ||||
Vascular Injury | Vascular Tissue | Mice, Rats | Reduced intimal hyperplasia Reduced inflammation |
58 |
| ||||
Sickle Cell Disease | Vascular Tissue | Mice | Reduced vascular stasis Reduced lung NF-κB activation |
59–60 |
| ||||
Organ Transplantation | Lung | Rat | Inhibition of apoptosis and inflammation, reduced macrophage infiltration | 61–63 |
Swine | Graft tolerance, Inhibition of inflammation | 64 | ||
Vascular | Rat | Reduced intimal hyperplasia Reduced inflammation |
58, 65 | |
Heart | Mouse-to-Rat, Rat | Inhibition of platelet aggregation, thrombosis, apoptosis, infarction | 66–70 | |
Kidney | Rat | Improved renal function, survival | 67; 71–74 | |
Swine | Improved graft function, reduced I/R injury | 75–76 | ||
Liver | Rat | Reduced I/R injury | 77–78 | |
Intestine | Rat | Reduced I/R injury | 79–80 | |
Pancreas | Rats, Mice | Improved graft survival, Islet function | 81–83 |