1. In rhabdomyolytic rats, the level of heme and free iron in cytoplasm and mitochondria of kidney cells is remarkably increased while inhibition of proteolysis results in further elevation of myoglobin content in the renal tissue. PMID: 27329933
2. After reperfusion, there was no significant increase in dialysate myoglobin concentration. MDL-28170 did not affect dialysate myoglobin concentration during occlusion or after reperfusion. PMID: 24256333
3. Amphetamine-induced serum myoglobin release is a potential biomarker and possibly a factor in AMPH-induced toxicity processes. PMID: 23608161
4. bradykinin-induced NO does not interact significantly with cellular Mb to produce an NMR-detectable quantity of metMb in the perfused rat myocardium PMID: 14766675
5. determination of myoglobin concentration and succinate dehydrogenase activity in serial sections indicate that myoglobin can lead to a substantial reduction (18-60%) of the extracellular oxygen tension required to prevent an anoxic core in muscle cells PMID: 15048578
6. Mb-facilitated diffusion has a higher poise in skeletal muscle than in myocardium. PMID: 17038435
7. Moreover, the similar Q10 for the DMb of solution versus cell Mb suggests that any temperature-dependent alteration of the postulated cell matrix does not significantly affect protein mobility. PMID: 17218454
8. The nitrite reductase activity of deoxymyoglobin reduces nitrite approximately 36 times faster than deoxyhemoglobin because of its lower heme redox potential. PMID: 17293481
9. intermittent hypobaric hypoxia decreased myocardial citrate synthase activity and myoglobin and decreased myocardial lactate dehydrogenase activity PMID: 19308875
10. Data suggest that rhabdomyolysis-induced kidney damage involves direct interaction of myoglobin with mitochondria possibly resulting in iron ions release from myoglobin's heme, which promotes the peroxidation of mitochondrial membranes. PMID: 19545623

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KEGG: rno:59108

STRING: 10116.ENSRNOP00000006184

UniGene: Rn.40511