In this review, we discuss recent studies relating to major features of adult MRL mouse biology that contribute to the regenerative responses seen. These include an increased inflammatory cell profile, a unique glycolytic metabolic state typically found during embryogenesis, and a cell cycle phenotype of DNA damage and G2/M arrest. These traits have been found in other mammalian and non-mammalian regenerative systems. How these...

Regeneracja jest to zdolność do odtwarzania utraconych lub uszkodzonych kończyn, narządów i tkanek. Regeneracja wydaje się zdolnością niezbędną do życia, ale możliwości regeneracyjne są bardzo zróżnicowane w zależności od organizmu..Podczas gdy robaki płaskie są w stanie odtworzyć cały organizm z dowolnego jeog fragmentu, płazy regenerują utracone kończyny, przecięty.rdzeń kręgowy i poważne uszkodzenia serca, to zdolnosci regeneracyjne...

The MRL/MpJ mouse is an inbred laboratory strain of Mus musculus, known to exhibit enhanced autoimmunity, increased wound healing, and increased regeneration properties. We report the full-length mitochondrial DNA (mtDNA) sequence of the MRL mouse (Accession # EU450583), and characterize the discovery of two naturally occurring heteroplasmic sites. The first is a T3900C substitution in the TpsiCloop of the tRNA methionine gene...

The MRL mouse is an inbred laboratory strain that was derived by selective breeding in 1960 from the rapidly growing LG/J (Large) strain. MRL mice grow to nearly twice the size of other commonly used mouse strains, display uncommonly robust healing and regeneration properties, and express later onset autoimmune traits similar to Systemic Lupus Erythematosis. The regeneration trait (heal) in the MRL mouse maps to 14-20 quantitative...