A b toxin: Difference between revisions
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A B toxins are toxins with 2 subunits, A and B. A B toxins are normally secreted by [[pathogenic bacteria|pathogenic bacteria]]. the A subunit is known as the 'active' subunit, because this subunit uses [[enzymes|enzymes]] to interfere with proteins in the host cell. This interference can cause proteins to become inactive. The B subunit is known as the 'binding' subunit because this subunit binds to receptors on the host cell. | |||
< | A B toxins are toxins with 2 subunits, A and B. A B toxins are normally secreted by pathogenic bacteria. The A subunit is known as the 'active' subunit, because this subunit uses enzymes to interfere with [[proteins|proteins]] in the host cell. this interference can cause proteins to become inactive. The B subunit is known as the 'binding' subunit because this subunit binds to receptors on the host cell<ref>Gary E. Kaiser (2014), Doc Kaisers Microbiology Home Page. Available from; http://faculty.ccbcmd.edu/courses/bio141/lecguide/unit3/bacpath/abtox.html [Accessed: May 2014]</ref>. | ||
=== References === | |||
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Latest revision as of 09:13, 18 November 2017
A B toxins are toxins with 2 subunits, A and B. A B toxins are normally secreted by pathogenic bacteria. the A subunit is known as the 'active' subunit, because this subunit uses enzymes to interfere with proteins in the host cell. This interference can cause proteins to become inactive. The B subunit is known as the 'binding' subunit because this subunit binds to receptors on the host cell.
A B toxins are toxins with 2 subunits, A and B. A B toxins are normally secreted by pathogenic bacteria. The A subunit is known as the 'active' subunit, because this subunit uses enzymes to interfere with proteins in the host cell. this interference can cause proteins to become inactive. The B subunit is known as the 'binding' subunit because this subunit binds to receptors on the host cell[1].
References
- ↑ Gary E. Kaiser (2014), Doc Kaisers Microbiology Home Page. Available from; http://faculty.ccbcmd.edu/courses/bio141/lecguide/unit3/bacpath/abtox.html [Accessed: May 2014]