Ton: Difference between revisions

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==Function==
==Function==
The Ton proteins are involved in the uptake of vitamin B12 and chelated-iron into the cell<ref>PMID: 17347522</ref>, and the system as a whole is known to be an energy-transducing system.  Each of the three proteins involved have their separate role<ref name='Held'>PMID: 12193634</ref>.  For more information, see the respective pages for TonB, ExbB and ExbD.
The Ton proteins are involved in the uptake of vitamin B12 and chelated-iron into the cell<ref>PMID: 17347522</ref>, and the system as a whole is known to be an energy-transducing system.  Each of the three proteins involved have their separate role<ref name='Held'>PMID: 12193634</ref>.  For more information, see the respective pages for TonB, ExbB and ExbD.
The Ton system can be exploited by group B Colicins {see [[Colicin]] for more details) which include:
*[[Colicin 5]]
*[[Colicin 6]]
*[[Colicin 7]]
*[[Colicin 8]]
*[[Colicin 9]]
*[[Colicin 10]]
*[[Colicin 1a]]
*[[Colicin 1b]]
*[[Colicin B]]
*[[Colicin D]]
*[[Colicin M]]
*[[Colicin V]]
*[[Colicin Js]]
*[[Colicin Y]]


==Interaction of Ton proteins==
==Interaction of Ton proteins==
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# the transmembrane domain of TonB interacts with both ExbB and ExbD, which contribute to the stability of the protein and support the TonB-dependent active transport across the outer membrane.
# the transmembrane domain of TonB interacts with both ExbB and ExbD, which contribute to the stability of the protein and support the TonB-dependent active transport across the outer membrane.
# ExbB and ExbD interact with each other, which has been suggested to play a part in the mechanism of energy transduction
# ExbB and ExbD interact with each other, which has been suggested to play a part in the mechanism of energy transduction
==Regulation==


== References==
== References==
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