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'''Domains''' | '''Domains''' | ||
Metazoans | *Metazoans | ||
**DPCK and PPAT in a bifunctional form. Coded for by coasy. | |||
**Additional DPCK domain that is bacterial in origin. | |||
Bacteria | *Bacteria | ||
**DPCK domain coded for by CoaE. | |||
**PPAT domain coded for by CoaD. | |||
**Two monofunctional enzymes. | |||
*DPCK domain of coasy similar to DPCK domain of coaE. | |||
'''Findings''' | '''Findings''' | ||
*DPCK domain of metazoans and non-metazoans the only section of the alignment where both metazoans and non-metazoans have some sequence conservation. | |||
*PPAT domain has no conservation between metazoan ans non-metazoan species in the alignment. | |||
*The DPCK domain has ATP and ACO binding sites. These binding sites show sequence conservation throughout the mammalian species. | |||
[[Bifunctional coenzyme A synthase (CoA synthase)| Back To Main COA Synthase Page]] | | |||
[[Phylogenetic Tree| Previous]] | |||
Latest revision as of 07:14, 11 June 2007
Domains
- Metazoans
- DPCK and PPAT in a bifunctional form. Coded for by coasy.
- Additional DPCK domain that is bacterial in origin.
- Bacteria
- DPCK domain coded for by CoaE.
- PPAT domain coded for by CoaD.
- Two monofunctional enzymes.
- DPCK domain of coasy similar to DPCK domain of coaE.
Findings
- DPCK domain of metazoans and non-metazoans the only section of the alignment where both metazoans and non-metazoans have some sequence conservation.
- PPAT domain has no conservation between metazoan ans non-metazoan species in the alignment.
- The DPCK domain has ATP and ACO binding sites. These binding sites show sequence conservation throughout the mammalian species.
