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- Metabolic_supermice abstract "Metabolic supermice are mice which as a result of genetic modification have up to 100 times the concentration of the PEPCK-C enzyme in their muscles, compared to ordinary mice.They were created by a team of American scientists led by Richard Hanson, professor of biochemistry at Case Western Reserve University at Cleveland, Ohio,to gain a greater understanding of the PEPCK-C enzyme, which is present mainly in the liver and kidneys.Professor Hanson noted that the supermice \"are metabolically similar to Lance Armstrong biking up the Pyrenees. They utilize mainly fatty acids for energy and produce very little lactic acid. They are not eating or drinking and yet they can run for four or five hours. They are 10 times more active than ordinary mice in their home cage. They also live longer – up to three years of age – and are reproductively active for almost three years. In short, they are remarkable animals.\" However, \"they eat twice as much as control mice, but they are half the weight, and are very aggressive. Why this is the case, we are not really sure.\"".
- Metabolic_supermice wikiPageID "14146736".
- Metabolic_supermice wikiPageLength "2113".
- Metabolic_supermice wikiPageOutDegree "21".
- Metabolic_supermice wikiPageRevisionID "672266368".
- Metabolic_supermice wikiPageWikiLink Biochemistry.
- Metabolic_supermice wikiPageWikiLink Biochimie.
- Metabolic_supermice wikiPageWikiLink Case_Western_Reserve_University.
- Metabolic_supermice wikiPageWikiLink Category:Bioethics.
- Metabolic_supermice wikiPageWikiLink Category:Genetically_modified_organisms.
- Metabolic_supermice wikiPageWikiLink Category:Laboratory_mouse_strains.
- Metabolic_supermice wikiPageWikiLink Cleveland.
- Metabolic_supermice wikiPageWikiLink Fatty_acid.
- Metabolic_supermice wikiPageWikiLink Genetic_engineering.
- Metabolic_supermice wikiPageWikiLink House_mouse.
- Metabolic_supermice wikiPageWikiLink Kidney.
- Metabolic_supermice wikiPageWikiLink Knockout_mouse.
- Metabolic_supermice wikiPageWikiLink Lactic_acid.
- Metabolic_supermice wikiPageWikiLink Lance_Armstrong.
- Metabolic_supermice wikiPageWikiLink Liver.
- Metabolic_supermice wikiPageWikiLink Muscle.
- Metabolic_supermice wikiPageWikiLink Oncomouse.
- Metabolic_supermice wikiPageWikiLink Phosphoenolpyruvate_carboxykinase.
- Metabolic_supermice wikiPageWikiLink Pyrenees.
- Metabolic_supermice wikiPageWikiLink Scientific_control.
- Metabolic_supermice wikiPageWikiLink United_States.
- Metabolic_supermice wikiPageWikiLinkText "Metabolic supermice".
- Metabolic_supermice wikiPageWikiLinkText "metabolic supermice".
- Metabolic_supermice wikiPageUsesTemplate Template:Cite_journal.
- Metabolic_supermice wikiPageUsesTemplate Template:Reflist.
- Metabolic_supermice subject Category:Bioethics.
- Metabolic_supermice subject Category:Genetically_modified_organisms.
- Metabolic_supermice subject Category:Laboratory_mouse_strains.
- Metabolic_supermice hypernym Mice.
- Metabolic_supermice type Mammal.
- Metabolic_supermice type Controversy.
- Metabolic_supermice type Organism.
- Metabolic_supermice type Organism.
- Metabolic_supermice comment "Metabolic supermice are mice which as a result of genetic modification have up to 100 times the concentration of the PEPCK-C enzyme in their muscles, compared to ordinary mice.They were created by a team of American scientists led by Richard Hanson, professor of biochemistry at Case Western Reserve University at Cleveland, Ohio,to gain a greater understanding of the PEPCK-C enzyme, which is present mainly in the liver and kidneys.Professor Hanson noted that the supermice \"are metabolically similar to Lance Armstrong biking up the Pyrenees. ".
- Metabolic_supermice label "Metabolic supermice".
- Metabolic_supermice sameAs Q3855414.
- Metabolic_supermice sameAs Metabolic_supermice.
- Metabolic_supermice sameAs m.03cw0wn.
- Metabolic_supermice sameAs Q3855414.
- Metabolic_supermice wasDerivedFrom Metabolic_supermice?oldid=672266368.
- Metabolic_supermice isPrimaryTopicOf Metabolic_supermice.