Difference between revisions of "Universally conserved proteins"
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* 6. [[Groups of genes]] | * 6. [[Groups of genes]] | ||
|Neighbours= | |Neighbours= | ||
| − | * 6.1. [[ | + | * 6.1. [[Essential genes]] |
| − | * 6.2. [[ | + | * 6.2. [[Membrane proteins]] |
| − | * 6.3. [[ | + | * 6.3. [[GTP-binding proteins]] |
| − | * 6.4. [[ | + | * 6.4. [[Phosphoproteins]] |
| − | * 6.5. [[ | + | * 6.5. [[Universally conserved proteins]] |
| − | * 6.6. [[ | + | * 6.6. [[Poorly characterized/ putative enzymes]] |
| − | * 6.7. [[ | + | * 6.7. [[Proteins of unknown function]] |
| − | * 6.8. [[ | + | * 6.8. [[Short peptides]] |
| − | * 6.9. [[ | + | * 6.9. [[ncRNA]] |
* 6.10. [[Pseudogenes]] | * 6.10. [[Pseudogenes]] | ||
| − | |||
| − | |||
|Related= | |Related= | ||
none | none | ||
Revision as of 16:56, 16 November 2010
These proteins are present in all genomes sequenced so far, from archaea and bacteria to man. So, one can say, that there is no life on earth without this small set of proteins. The genes encoding these proteins are usually essential.
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Contents
Glycolytic enzymes
Ribosomal proteins
RplA, RplB, RplC, RplE, RplF, RplK, RplN, RplR, RplV, RpsB, RpsC, RpsD, RpsE, RpsG, RpsH, RpsJ, RpsM, RpsQ, RpsS
Cellular processes
Nucleotide metabolism
- Prs phosphoribosyl-PP-synthetase
- Apt adenine phosphoribosyltransferase
- TruA pseudouridylate synthase
Aminoacyl tRNA synthetases
Degradation of glycoproteins
- Gcp sialo-glycoprotein endopeptidase
Note
FtsZ has long been considered to be universally conserved. However, recently some Mycoplasma species lacking FtsZ have been found.
