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This page is provided as a link to:

Inference of protein function and protein linkages in M. tuberculosis based on prokaryotic genome organization: a combined computational approach.

Genome Biology 4:R59.1-16 (2003) Michael Strong, Parag Mallick, Matteo Pellegrini, Michael Thompson, and David Eisenberg • more contact information

Search query: Rv3106

Annotation

fprA

Energy Metabolism

"Respiration, electron transport"

fprA Energy Metabolism "Respiration, electron transport"

Operon linkages

No results

Rosetta Stone Linkages

Rv MatchMethodCommon NameAnnotation
Rv2007c
RS
fdxA
Energy Metabolism
"Respiration, electron transport"
Rv1177
RS
fdxC
Energy Metabolism
"Respiration, electron transport"
Rv MatchMethodCommon NameAnnotation

Conserved Gene Neighbor Linkages

Rv MatchMethodCommon NameAnnotation
Rv3105c
GN
prfB
Synthesis and Modif. Of Macromolecules
Protein translation and modification

Phylogenetic Profiles Linkages

No results
View functional links predicted by two or more computational methods

Howard Hughes Medical Institute
UCLA-DOE Institute for Genomics and Proteomics
Molecular Biology Institute
University of California, Los Angeles
Box 951570, Los Angeles, CA 90095-1570


Computational Functional Linkages

Enter a ORF code name, and the program will return a list of genes that your query gene is functionally linked to:
An example of input might be: Rv0005
Distance Threshold (bp), Operon Method



This page is provided by Michael Strong and Tom Holton
Additional links