Arylformamidase Function Slide 1: Difference between revisions

From MDWiki
Jump to navigationJump to search
No edit summary
No edit summary
 
Line 10: Line 10:


- Describes EstE1, an arylformamidase present in the liver of ''Mus musculus''.
- Describes EstE1, an arylformamidase present in the liver of ''Mus musculus''.
'''Functional Inferences:'''


- Arylformamidase forms part of the tryptophan degradation pathway.
- Arylformamidase forms part of the tryptophan degradation pathway.
Line 15: Line 17:
[[Image:Arylformadisae_reaction.gif|centre|framed|Reaction mechanism of the mammalian arylformamidase. Produced using ChemSketch.]]
[[Image:Arylformadisae_reaction.gif|centre|framed|Reaction mechanism of the mammalian arylformamidase. Produced using ChemSketch.]]


'''Evidence for Functional Applicability:'''
- Secondary target of organophosphorous agents in chicken eggs (Casida, Quistad 2005).
 
- Secondary target of organophosphorous agents in chicken eggs.


- No evidence in this literature search suggested the existence of prokaryotic arylformamidase proteins.
- No evidence in this literature search suggested the existence of prokaryotic arylformamidase proteins.


[[Arylformamidase Function Slide 1 | ...Previous slide ]]|[[Arylformamidase| Return to the main page ]]|[[Arylformamidase Function Slide 2| Next slide... ]]
[[Arylformamidase Function Slide 1 | ...Previous slide ]]|[[Arylformamidase| Return to the main page ]]|[[Arylformamidase Function Slide 2| Next slide... ]]

Latest revision as of 11:48, 8 June 2008

Literature Search

Keyword: Arylformamidase - putative function.

Most-helpful Result:

Pabarcus MK, Casida JE.
Cloning, expression, and catalytic triad of recombinant arylformamidase.
Protein Expr Purif. Nov;44(1):39-44.

- Describes EstE1, an arylformamidase present in the liver of Mus musculus.

Functional Inferences:

- Arylformamidase forms part of the tryptophan degradation pathway.

Reaction mechanism of the mammalian arylformamidase. Produced using ChemSketch.

- Secondary target of organophosphorous agents in chicken eggs (Casida, Quistad 2005).

- No evidence in this literature search suggested the existence of prokaryotic arylformamidase proteins.

...Previous slide | Return to the main page | Next slide...