Team:Washington/Magnetosomes/Parts

From 2011.igem.org

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<center><big><big><big><big>iGEM Toolkits: Parts Submitted</big></big></big></big></center><br><br>
<center><big><big><big><big>iGEM Toolkits: Parts Submitted</big></big></big></big></center><br><br>
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iGem Toolkits: submitted a total twenty-two parts to the registry: 10 magnetosome gene-groups, 2 mam gene-sfGFP fusions, 3 parts of the essential magnetosome gene- assembly, and 5 pGA vectors.
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iGem Toolkits: submitted a total twenty-two parts to the registry:  
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*10 magnetosome gene-groups,  
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*2 mam gene-sfGFP fusions,  
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*3 parts of the essential magnetosome gene- assembly, and  
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*5 pGA vectors.

Revision as of 02:09, 23 September 2011


iGEM Toolkits: Parts Submitted


iGem Toolkits: submitted a total twenty-two parts to the registry:

  • 10 magnetosome gene-groups,
  • 2 mam gene-sfGFP fusions,
  • 3 parts of the essential magnetosome gene- assembly, and
  • 5 pGA vectors.


Gene AMB Number Cluster Membership Member of 28 genes list? (specific*/related**) Function Summary (Vesicle chain formation, and/or biomineralization) Gene Function
mamH amb0961 mamAB Related
mamI amb0962 mamAB Specific Vesicle, (Chain Formation?) >berkeley 2010: Loss causes no membrane formation, is localized onto chains
mamE amb0963 mamAB; mam Islet Related >Membrane-bound serine protease required for magnetite formation; might control the localization of other magnetosome proteins
mamJ amb0964 mamAB; mam Islet Specific Chain Formation >Proper magnetosome chain organization/assembly
mamK amb0965 mamAB; mam Islet Related Chain Formation >required for proper magnetosome chain organization; *bacterial actin-like cytoskeleton protein required for proper alignment of the magnetosomes in a chain, shown to localize the mamI
mamL amb0966 mamAB; mam Islet Specific Vesicle, biomineralization >berkely 2010: Crucial to mangneosome membrane creation, shown to be spread across the cell membrane and sometimes forms lines
mamM amb0967 mamAB Related >biomineralization, involved in iron transport, magnetite nucleation, or establishement of the proper chemical enviornment for magnetite synthesis in the magnetosome
mamN amb0968 mamAB Related >biomineralization, involved in iron transport, magnetite nucleation, or establishement of the proper chemical enviornment for magnetite synthesis in the magnetosome
mamO amb0969 mamAB Related >biomineralization, involved in iron transport, magnetite nucleation, or establishement of the proper chemical enviornment for magnetite synthesis in the magnetosome
mamP amb0970 mamAB Related Biomineralization >berkeley 2010: loss causes weak magnetic response, with large but fewer crystals
mamA amb0971 mamAB Related >Required for magnetosome activation; activation of vessicles
mamQ amb0972 mamAB; mam Islet Related >ORF; formation/maintenance of magnetosome membranes
mamR amb0973 mamAB Specific Chain formation, Biomineralization >ORF; plays a role in controlling both particle number and size of magnetite cyrstals
mamB amb0974 mamAB Related Vesicle, Biomineralization >indirect role in magnetosome membrane invagination and biomineralization; magnetosome compartment formation
mamS amb0975 mamAB Specific
mamT amb0976 mamAB Specific Biomineralization >magnetite crystal growth; participates in different steps during magnetite synthesis
mamU amb0977 mamAB Related
mamV amb0978 mamAB N/A