Arylformamidase Function Slide 6: Difference between revisions

Latest revision as of 06:38, 10 June 2008

The reaction catalysed by Arylformamidase.

The fundamental reaction catalysed by carboxylesterases.

- Both involve hydrolysis.

- Evidence to support A/B hyrolase.

- In regards to specific function, prokaryotic evidence stronger.

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 [[Image:Carboxylesterase_reaction.gif|centre|framed|The fundamental reaction catalysed by carboxylesterases.]]
-== Thermostable? ==
+- Both involve hydrolysis.
-'''Structural similarity'''
+- Evidence to support A/B hyrolase.
-  No:  Chain   Z    rmsd lali nres  %id  Description
+- In regards to specific function, prokaryotic evidence stronger.
-:  2pbl-A 52.4  0.0  262   262  100   MOLECULE: PUTATIVE ESTERASE/LIPASE/THIOESTERASE;
-:  2c7b-A 23.4  3.0  231   294   16   MOLECULE: CARBOXYLESTERASE;
-:  1jji-A 23.0  3.1  233   311   15   MOLECULE: CARBOXYLESTERASE;
-:  1evq-A 21.4  2.9  225   308   18   MOLECULE: SERINE HYDROLASE;
-'''Sequence similarity'''
+[[Arylformamidase Function Slide 5| ...Previous slide ]]|[[Arylformamidase| Return to the main page ]]|[[Arylformamidase Function Slide 7| Next slide... ]]
-[[Image:HSL_alignment.png|centre|framed|'''Alignment with thermophillic HSL family members identified by Byun 2007.''']]
-'''Ecology''' - an aquatic organism widely present throughout world's oceans.
-== The Putative Function Refined ==
-Exact function difficult to specify.
-Broad range of functions performed by HSLs.
-May be a thermostable carboxylesterase.
-Applications?
-[[Arylformamidase Function Slide 4| ...Previous slide ]]|[[Arylformamidase| Return to the main page ]]|[[Arylformamidase Function Slide 6| Next slide... ]]