### FUNCTION Elicitor of plant defense ### SEQUENCE -M-E-V-N-G-E-E-E-R-R-S-R-R-E-D-E-E-K-E-D-Y-Y-Y-S-L-L-N-S-P-C-S-V-C-N-K-F-V-Q-A-I-L-K-C-L-G-L-E-S-S-S-I-P-P-S-S-S-S-S-S-P-S-L-V-E-E-E-D-S-G-T-E-T-V-E-E-T-G-F-M-A-R-I-T-A-V-L-R-R-R-P-R-P-P-P-Y-S-S-G-R-P-G-Q-N-N


### FUNCTION May be involved in environmental stress response ### SEQUENCE -M-A-E-E-H-R-C-E-T-P-E-G-H-R-L-C-V-N-N-C-G-F-F-G-S-S-A-T-M-N-L-C-S-N-C-Y-G-D-L-C-L-K-Q-Q-Q-Q-A-S-M-K-S-T-V-E-S-S-L-S-P-V-I-A-P-V-L-E-N-Y-A-A-E-L-E-I-P-T-T-K-K-T-E-E-K-K-P-I-Q-I-P-T-E-Q-P-S-P-P-Q-R-P-N-R-C-T-V-C-R-K-R-V-G-L-T-G-F-M-C-R-C-G-T-T-F-C-G-S-H-R-Y-P-E-V-H-G-C-T-F-D-F-K-S-A-G-R-E-E-I-A-K-A-N-P-L-V-I-A-A-K-L-Q-K-I


### FUNCTION Potential calcium sensor ### SEQUENCE -M-A-E-I-F-E-S-V-D-K-N-K-D-G-K-I-L-W-D-E-F-A-E-A-I-R-V-F-S-P-Q-I-T-S-E-E-I-D-K-M-F-I-V-L-D-V-D-G-D-G-Q-I-D-D-V-E-F-A-S-C-L-M-V-N-G-G-G-E-K-D-T-E-E-E-V-V-M-K-E-A-F-D-L-Y-D-M-D-G-D-G-K-I-S-A-S-E-I-H-V-V-L-K-R-L-G-E-K-H-T-M-E-D-C-V-V-M-V-Q-T-V-D-K-D-S-D-G-F-V-N-F-E-E-F-K-I-M-M-N-S-N-K-E-S-H


### FUNCTION Probably acts as a transcriptional activator Binds to the GCC-box pathogenesis-related promoter element May be involved in the regulation of gene expression by stress factors and by components of stress signal transduction pathways ### SEQUENCE -M-Q-G-T-S-K-D-N-G-G-R-H-P-L-Y-R-G-V-R-Q-R-K-N-S-N-K-W-V-S-E-I-R-E-P-R-K-P-N-R-I-W-L-G-T-F-S-T-P-E-M-A-A-I-A-Y-D-V-A-A-L-A-L-K-G-S-Q-A-E-L-N-F-P-N-S-V-S-S-L-P-A-P-T-S-M-S-P-A-D-I-Q-A-A-A-A-S-A-A-A-A-F-G-A-A-R-D-A-I-V-M-A-N-N-N-S-Q-T-S-G-V-A-C-M-N-S-S-Y-D-N-T-N-M-N-G-F-M-D-E-D-L-V-F-D-M-P-N-V-L-M-N-M-A-E-G-M-L-L-S-P-P-R-P-T-V-F-D-A-A-Y-D-A-D-G-F-P-G-G-D-D-Y-L-W-N-F-P


### FUNCTION Probably acts as a transcriptional activator Binds to the GCC-box pathogenesis-related promoter element May be involved in the regulation of gene expression by stress factors and by components of stress signal transduction pathways ### SEQUENCE -M-E-N-S-E-N-V-P-S-Y-D-Q-N-I-N-F-T-P-N-L-T-R-D-Q-E-H-V-I-M-V-S-A-L-Q-Q-V-I-S-N-V-G-G-D-T-N-S-N-A-W-E-A-D-L-P-P-L-N-A-G-P-C-P-L-C-S-V-T-G-C-Y-G-C-V-F-P-R-H-E-A-I-I-K-K-E-K-K-H-K-G-V-R-K-K-P-S-G-K-W-A-A-E-I-W-D-P-S-L-K-V-R-R-W-L-G-T-F-P-T-A-E-M-A-A-K-A-Y-N-D-A-A-A-E-F-V-G-R-R-S-A-R-R-G-T-K-N-G-E-E-A-S-T-K-K-T-T-E-K-N


### FUNCTION Probable cyclin-dependent protein kinase  inhibitor that functions as a repressor of mitosis in the endoreduplication cell cycle ### SEQUENCE -M-E-Q-E-E-P-C-E-A-K-E-T-A-S-S-S-I-E-P-K-T-P-N-P-N-V-P-D-S-I-P-A-I-D-S-D-S-S-L-S-E-E-E-I-V-T-E-K-D-R-G-I-V-T-L-S-P-L-C-K-Q-R-I-D-S-A-S-I-S-D-C-V-L-V-S-D-D-E-I-I-E-S-L-Y-Q-N-L-L-R-V-I-L-S-L-Q-Q-I-Q-S-V-A-V-V-P-E-I-W-C-F-D-G-C-K-T-P-P-P-S-S-R-N-L-D-S-N-M-V-S-D-T-C-P-G-A-P-M-K-L-T-K-I-S-R-N-I-D-S-G-L-R-R-K-L-F


### FUNCTION Dirigent proteins impart stereoselectivity on the phenoxy radical-coupling reaction, yielding optically active lignans from two molecules of coniferyl alcohol in the biosynthesis of lignans, flavonolignans, and alkaloids and thus plays a central role in plant secondary metabolism ### SEQUENCE -M-G-K-N-L-G-L-V-V-S-F-Y-L-C-I-T-F-A-L-G-E-Y-F-S-E-T-R-P-I-T-P-K-Q-L-V-V-T-N-L-H-F-F-F-H-D-T-L-T-A-P-N-P-S-A-I-L-I-A-K-P-T-H-T-R-G-D-N-D-S-S-P-S-P-F-G-S-L-F-A-L-D-D-P-L-T-V-G-P-D-P-K-S-E-K-I-G-N-A-R-G-M-Y-V-S-S-G-K-H-V-P-T-L-T-M-Y-V-D-F-G-F-T-S-G-K-F-N-G-S-S-I-A-V-F-S-R-N-T-I-T-E-K-E-R-E-V-A-V-V-G-G-R-G-R-F-R-M-A-R-G-V-A-Q-L-N-T-Y-Y-V-N-L-T-N-G-D-A-I-V-E-Y-N-V-T-L-Y-H-Y


### FUNCTION Probably involved in translation ### SEQUENCE -M-S-D-L-D-I-Q-I-P-T-A-F-D-P-F-S-E-A-N-A-G-D-S-G-A-A-A-G-S-K-D-Y-V-H-V-R-I-Q-Q-R-N-G-R-K-S-L-T-T-V-Q-G-L-K-K-E-F-S-Y-N-K-I-L-K-D-L-K-K-E-F-C-C-N-G-T-V-V-Q-D-P-E-L-G-Q-V-I-Q-L-Q-G-D-Q-R-K-N-V-S-N-F-L-V-Q-A-G-I-V-K-K-E-H-I-K-I-H-G-F


### FUNCTION Subunit of the oligosaccharyl transferase  All subunits are required for a maximal enzyme activity ### SEQUENCE -M-A-K-S-S-A-T-K-D-A-Q-A-L-F-H-S-L-R-S-A-Y-A-A-T-P-T-N-L-K-I-I-D-L-Y-V-I-F-A-I-S-T-A-L-I-Q-V-V-Y-M-A-I-V-G-S-F-P-F-N-S-F-L-S-G-V-L-S-C-I-G-T-A-V-L-A-V-C-L-R-I-Q-V-N-K-E-N-K-E-F-K-D-L-P-P-E-R-A-F-A-D-F-V-L-C-N-L-V-L-H-L-V-I-M-N-F-L-G


### FUNCTION Subunit of the oligosaccharyl transferase  All subunits are required for a maximal enzyme activity ### SEQUENCE -M-P-K-A-A-G-D-A-K-L-L-I-Q-S-L-N-K-A-Y-A-A-T-P-T-N-L-K-I-I-D-L-Y-V-V-F-A-V-A-T-A-L-V-Q-V-V-Y-M-G-I-V-G-S-F-P-F-N-S-F-L-S-G-V-L-S-S-I-G-T-A-V-L-G-V-C-L-R-I-Q-V-N-K-D-N-K-E-F-K-D-L-P-P-E-R-A-F-A-D-F-V-L-C-N-L-V-L-H-L-V-I-M-N-F-L-G


### FUNCTION Subunit of the oligosaccharyl transferase  All subunits are required for a maximal enzyme activity ### SEQUENCE -M-P-K-A-A-G-D-A-K-L-L-I-Q-S-L-N-K-A-Y-A-A-T-P-T-N-L-K-I-I-D-L-Y-V-V-F-A-V-V-T-A-L-L-Q-V-V-Y-M-G-I-V-G-S-F-P-F-N-S-F-L-S-G-V-L-S-C-I-G-T-A-V-L-A-V-C-H-R-I-Q-V-N-K-D-N-K-E-F-K-D-L-A-P-E-R-A-F-A-D-F-V-L-C-S-L-V-L-H-L-V-I-M-N-F-L-G


### FUNCTION Necessary for protein translocation in the endoplasmic reticulum ### SEQUENCE -M-E-A-I-D-S-A-I-D-P-L-R-D-F-A-K-S-S-V-R-L-V-Q-R-C-H-K-P-D-R-K-E-F-T-K-V-A-V-R-T-A-I-G-F-V-V-M-G-F-V-G-F-F-V-K-L-V-F-I-P-I-N-N-I-I-V-G-S-S


### FUNCTION Component of the signal recognition particle ### SEQUENCE -M-V-Y-I-A-S-W-D-E-F-V-D-R-S-V-Q-L-F-R-A-D-P-E-S-T-R-Y-V-M-K-Y-R-H-C-D-G-K-L-V-L-K-V-T-D-N-K-E-C-L-K-F-K-T-D-Q-A-Q-E-A-K-K-M-E-K-L-N-N-I-F-F-T-L-M-A-R-G-P-D-V-D-L-S-E-V-T-G-K-E-Q-M-E-T-Q-P-A-K-K-G-R-G-R-K-Q


### FUNCTION Potential calcium sensor ### SEQUENCE -M-E-D-S-S-L-L-S-P-I-S-L-L-T-I-V-I-F-L-F-I-L-N-L-M-M-I-I-Q-D-F-S-S-S-F-P-F-R-F-H-L-F-F-S-N-A-Y-I-L-F-T-S-I-R-N-N-K-Q-N-T-E-L-P-I-I-K-K-V-V-V-P-N-R-A-D-I-K-T-S-V-E-E-V-K-A-I-I-D-D-S-E-A-L-Y-E-C-L-I-E-E-G-E-E-Y-L-L-E-K-N-E-M-M-G-K-E-I-V-K-E-A-F-R-L-F-D-E-N-Q-D-G-F-I-D-E-N-E-L-K-H-V-L-S-L-L-G-Y-D-E-C-T-K-M-E-C-R-K-M-V-K-V-Y-D-E-N-R-D-G-K-I-D-F-Y-E-F-V-K-L-I-E-K-S-F-S


### FUNCTION Binds to actin and affects the structure of the cytoskeleton At high concentrations, profilin prevents the polymerization of actin, whereas it enhances it at low concentrations By binding to PIP2, it inhibits the formation of IP3 and DG ### SEQUENCE -M-S-W-Q-T-Y-V-D-E-H-L-M-C-E-I-D-G-Q-H-L-T-A-A-A-I-I-G-H-E-G-G-I-W-A-Q-S-D-S-F-P-Q-V-K-P-E-Q-T-A-A-I-M-R-D-F-A-E-P-G-S-L-A-P-T-G-L-F-L-G-D-G-K-Y-M-V-I-Q-G-E-P-G-A-V-I-R-G-K-K-G-S-G-G-V-T-I-K-K-T-N-M-A-L-I-V-G-I-Y-D-E-P-M-T-P-G-Q-C-N-M-V-V-E-R-L-G-D-Y-L-Y-D-Q-G-F


### FUNCTION Binds to actin and affects the structure of the cytoskeleton At high concentrations, profilin prevents the polymerization of actin, whereas it enhances it at low concentrations By binding to PIP2, it inhibits the formation of IP3 and DG ### SEQUENCE -M-S-W-Q-T-Y-V-D-E-H-L-M-C-E-I-D-G-Q-H-L-T-A-A-A-I-I-G-H-D-G-S-I-W-A-Q-S-E-S-F-P-Q-V-K-S-E-Q-I-T-G-V-M-N-D-F-A-E-P-G-S-L-A-P-T-G-L-F-L-G-D-N-K-Y-M-V-I-Q-G-E-P-G-A-V-I-R-G-K-K-G-S-G-G-V-T-I-K-K-T-N-M-A-L-I-V-G-I-Y-D-E-P-M-T-P-G-Q-C-N-M-V-V-E-R-L-G-D-Y-L-Y-D-Q-G-F


### FUNCTION Binds to actin and affects the structure of the cytoskeleton At high concentrations, profilin prevents the polymerization of actin, whereas it enhances it at low concentrations By binding to PIP2, it inhibits the formation of IP3 and DG ### SEQUENCE -M-S-W-Q-T-Y-V-D-D-H-L-M-C-D-V-D-G-Q-H-L-T-A-S-A-I-V-G-H-D-G-S-I-W-A-Q-S-A-G-F-P-Q-F-K-P-E-E-I-T-G-I-M-N-D-F-A-E-P-G-S-L-A-P-T-G-L-Y-L-A-G-M-K-Y-M-V-I-Q-G-E-P-G-A-V-I-R-G-K-K-G-S-G-G-V-T-I-K-K-T-G-Q-A-L-I-F-G-I-Y-E-E-P-M-T-P-G-Q-C-N-M-V-V-E-R-M-G-D-Y-L-V-D-Q-G-L


### FUNCTION Catalytic subunit of the peripheral V1 complex of vacuolar ATPase  V-ATPase is responsible for acidifying a variety of intracellular compartments in eukaryotic cells ### SEQUENCE -M-T-S-N-R-G-Q-G-G-I-Q-Q-L-L-A-A-E-Q-E-A-Q-H-I-V-A-A-A-R-N-A-K-M-A-R-L-K-Q-A-K-E-E-A-E-R-E-I-A-E-Y-R-A-Q-V-E-R-E-F-Q-R-K-L-A-E-S-V-G-D-S-G-A-N-V-K-R-L-E-Q-E-T-E-V-K-I-H-H-L-K-A-G-A-E-K-I-Q-Y-D-V-V-Q-M-F-L-K-H-V-T-T-V-K-N


### FUNCTION Not yet known ### SEQUENCE -M-T-A-I-A-K-S-A-A-K-V-T-C-D-G-A-N-T-S-F-I-I-S-A-S-T-A-A-L-L-A-L-G-R-F-V-F-L-P-F-Q-R-S-M-V-S-R-H-G-L-P-E-Q-N-G-V-P-T-T-R-R-V-T-A-V-R-R-R-W-W-S-M-L-K-T-N-D-P-A-G-F-T-L-V-D-V-L-A-W-G-A-L-G-H-A-V-G-F-F-I-L-A-T-A-T-N-G-Y-N-G-F-Q


### FUNCTION Probably involved in translation ### SEQUENCE -M-S-E-L-D-S-Q-V-P-T-A-F-D-P-F-A-D-A-N-A-E-D-S-G-A-G-T-K-E-Y-V-H-I-R-V-Q-Q-R-N-G-R-K-S-L-T-T-V-Q-G-L-K-K-E-Y-S-Y-T-K-I-L-K-D-L-K-K-E-F-C-C-N-G-T-V-V-Q-D-S-E-L-G-Q-V-I-Q-L-Q-G-D-Q-R-K-N-V-S-T-F-L-V-Q-A-G-L-V-K-K-D-D-I-Q-I-H-G-F


### FUNCTION Binds to actin and affects the structure of the cytoskeleton At high concentrations, profilin prevents the polymerization of actin, whereas it enhances it at low concentrations By binding to PIP2, it inhibits the formation of IP3 and DG ### SEQUENCE -M-S-W-Q-T-Y-V-D-N-H-L-L-C-E-I-E-G-D-H-L-S-S-A-A-I-L-G-Q-D-G-G-V-W-A-Q-S-S-H-F-P-Q-F-K-P-E-E-I-T-A-I-M-N-D-F-A-E-P-G-S-L-A-P-T-G-L-Y-L-G-G-T-K-Y-M-V-I-Q-G-E-P-G-A-I-I-P-G-K-K-G-P-G-G-V-T-I-E-K-T-N-Q-A-L-I-I-G-I-Y-D-K-P-M-T-P-G-Q-C-N-M-I-V-E-R-L-G-D-Y-L-I-D-T-G-L


### FUNCTION Destroys radicals which are normally produced within the cells and which are toxic to biological systems ### SEQUENCE -M-V-K-A-V-A-V-L-G-S-S-E-G-V-K-G-T-I-Y-F-T-Q-E-G-D-G-P-T-T-V-T-G-S-I-S-G-L-K-P-G-L-H-G-F-H-V-H-A-L-G-D-T-T-N-G-C-M-S-T-G-P-H-F-N-P-A-G-N-E-H-G-A-P-E-D-E-T-R-H-A-G-D-L-G-N-V-T-V-G-E-D-G-T-V-N-V-N-I-V-D-S-Q-I-P-L-S-G-S-N-S-I-I-G-R-A-V-V-V-H-A-D-P-D-D-L-G-K-G-G-H-E-L-S-K-T-T-G-N-A-G-G-R-V-A-C-G-I-I-G-L-Q-G


### FUNCTION May play a role in chromosome segregation through establishment of sister chromatid cohesion ### SEQUENCE -M-D-S-V-L-T-N-K-N-P-I-I-Y-P-K-R-T-R-R-Y-R-T-D-Q-S-S-T-D-E-F-S-S-T-N-R-I-R-D-I-K-D-P-E-H-P-E-L-S-L-E-D-L-N-V-L-T-E-E-S-V-E-V-D-D-H-K-S-Y-V-R-I-T-F-T-P-T-L-P-H-C-H-L-P-T-H-I-G-L-C-I-L-V-K-L-V-Q-S-L-P-A-R-F-K-V-D-V-R-V-A-P-G-S-H-D-K-E-T-T-V-N-K-Q-L-G-D-K-E-R-V-T-A-A-L-E-N-P-E-L-V-A-L-L-N-K-M-M-Q-V-C


### FUNCTION Potential calcium sensor ### SEQUENCE -M-N-N-M-S-L-S-D-I-F-E-R-F-D-T-S-K-D-G-K-I-S-W-E-E-F-R-D-A-I-H-A-L-S-P-S-I-P-S-E-K-L-V-E-M-F-I-Q-L-D-T-N-G-D-G-Q-V-D-A-A-K-F-A-S-C-M-D-Q-T-A-Q-S-S-G-G-D-V-E-K-E-L-K-D-A-F-K-L-Y-D-I-N-C-D-G-K-I-S-A-N-E-L-H-V-V-M-T-R-L-G-E-K-C-T-V-E-S-C-V-G-M-V-Q-A-I-D-V-D-G-D-G-Y-I-R-F-V-G-V


### FUNCTION Potential calcium sensor ### SEQUENCE -M-S-A-K-R-V-F-E-K-F-D-K-N-K-D-G-K-L-S-L-D-E-F-R-E-V-A-L-A-F-S-P-Y-F-T-Q-E-D-I-V-K-F-F-E-E-I-D-V-D-G-N-G-E-L-N-A-D-E-F-T-S-C-I-E-K-M-L-K-E-V-F-V-F-C-D-V-D-G-D-G-K-I-P-A-S-E-S-Y-V-T-M-T-S-L-G-K-K-F-T-E-E-T-S-A-E-K-V-R-A-A-D-V-D-G-D-G-Y-L-N-F-D-E-F-M-A-L-V-I-G-D-I


### FUNCTION Potential calcium sensor ### SEQUENCE -M-A-D-A-T-E-K-A-E-H-D-R-I-F-K-K-F-D-A-N-G-D-G-K-I-S-A-A-E-L-G-D-A-L-K-N-L-G-S-V-T-H-E-D-I-K-R-M-M-A-E-I-D-T-D-G-D-G-Y-I-S-Y-Q-E-F-I-D-F-A-S-A-N-R-G-L-M-K-D-V-A-K-I-F


### FUNCTION Potential calcium sensor ### SEQUENCE -M-D-Q-A-E-L-A-R-I-F-Q-M-F-D-R-N-G-D-G-K-I-T-K-Q-E-L-N-D-S-L-E-N-L-G-I-Y-I-P-D-K-D-L-V-Q-M-I-E-K-I-D-L-N-G-D-G-Y-V-D-I-E-E-F-G-G-L-Y-Q-T-I-M-E-E-R-D-E-E-E-D-M-R-E-A-F-N-V-F-D-Q-N-R-D-G-F-I-T-V-E-E-L-R-S-V-L-A-S-L-G-L-K-Q-G-R-T-L-E-D-C-K-R-M-I-S-K-V-D-V-D-G-D-G-M-V-N-F-K-E-F-K-Q-M-M-K-G-G-G-F-A-A-L-G-S-N-L


### FUNCTION Dirigent proteins impart stereoselectivity on the phenoxy radical-coupling reaction, yielding optically active lignans from two molecules of coniferyl alcohol in the biosynthesis of lignans, flavonolignans, and alkaloids and thus plays a central role in plant secondary metabolism ### SEQUENCE -M-A-S-L-Y-L-L-L-L-L-P-L-F-L-A-L-I-L-A-A-T-I-T-E-S-K-S-F-S-T-T-V-K-A-P-Y-P-G-H-K-P-D-K-L-T-H-L-H-F-Y-F-H-D-I-V-S-G-D-K-P-T-S-V-Q-V-A-N-G-P-T-T-N-S-S-A-T-G-F-G-L-V-A-V-V-D-D-K-L-T-V-G-P-E-I-T-S-E-E-V-G-R-A-Q-G-M-Y-A-S-A-D-Q-N-K-L-G-L-L-M-A-F-N-L-V-F-T-K-G-K-F-S-D-S-T-V-A-M-Y-G-R-N-P-V-L-S-K-V-R-E-M-P-I-I-G-G-T-G-A-F-R-F-G-R-G-Y-A-L-A-K-T-L-V-F-N-I-T-S-G-D-A-V-V-E-Y-N-V-Y-I-W-H


### FUNCTION May have a structural role to stabilize the lipid body during desiccation of the seed by preventing coalescence of the oil Probably interacts with both lipid and phospholipid moieties of lipid bodies May also provide recognition signals for specific lipase anchorage in lipolysis during seedling growth ### SEQUENCE -M-A-D-V-R-T-H-S-H-Q-L-Q-V-H-P-Q-R-Q-H-E-G-G-I-K-V-L-Y-P-Q-S-G-P-S-S-T-Q-V-L-A-V-F-V-G-V-P-I-G-G-T-L-L-T-I-A-G-L-T-L-A-G-S-V-I-G-L-M-L-A-F-P-L-F-L-I-F-S-P-V-I-V-P-A-A-F-V-I-G-L-A-M-T-G-F-L-A-S-G-A-I-G-L-T-G-L-S-S-M-S-W-V-L-N-Y-I-R-R-A-G-Q-H-I-P-E-E-L-E-E-A-K-H-R-L-A-D-M-A-E-Y-V-G-Q-R-T-K-D-A-G-Q-T-I-E-D-K-A-H-D-V-R-E-A-K-T-F-D-V-R-D-R-D-T-T-K-G-T-H-N-V-R-D-T-K-T-T


### FUNCTION Binds to actin and affects the structure of the cytoskeleton At high concentrations, profilin prevents the polymerization of actin, whereas it enhances it at low concentrations By binding to PIP2, it inhibits the formation of IP3 and DG ### SEQUENCE -M-S-W-Q-T-Y-V-D-D-H-L-M-V-D-F-E-G-Q-G-Q-H-L-A-A-A-A-I-L-G-H-D-G-S-V-W-A-Q-S-P-H-F-P-K-F-K-P-E-E-I-T-N-I-M-K-D-F-D-E-P-G-F-L-A-P-T-G-L-F-L-A-G-I-K-Y-M-V-I-Q-G-E-P-G-A-V-I-R-G-K-K-G-S-G-G-I-T-I-K-K-T-N-Q-A-L-I-F-G-L-Y-E-E-P-V-T-P-G-Q-C-N-M-V-V-E-K-I-G-D-Y-L-V-D-Q-G-Y


### FUNCTION Probable lipid transfer protein ### SEQUENCE -M-A-Q-T-T-T-L-I-L-L-L-A-T-L-L-V-A-A-T-T-V-S-G-Q-G-P-H-I-P-L-A-P-S-P-S-V-N-E-A-M-N-C-A-A-G-L-A-V-C-L-P-A-I-T-Q-R-G-P-P-S-Q-E-C-C-T-A-V-E-T-A-L-T-T-Q-L-S-C-L-C-G-F-I-K-S-P-M-L-L-I-P-F-N-V-T-D-F-N-A-L-F-S-K-T-C-G-L-T-T-D-P-N-L-C-S-E-T-A-A-Q-A-P-L-P-K-T-A-A-P-V-P-G-A-P-K-S-D-K-D-A-A-S-K-L-A-G-T-G-L-V-G-I-V-V-I-T-I-A-A-M-F-Y


### FUNCTION May act as a carbohydrate transporter ### SEQUENCE -M-G-R-S-M-V-L-I-S-A-V-V-L-A-F-L-V-A-A-P-I-P-E-V-T-A-K-K-Y-L-V-G-D-K-K-F-W-N-P-N-I-N-Y-T-L-W-A-Q-G-K-H-F-Y-V-G-D-W-L-Y-F-V-F-Y-R-D-Q-H-N-I-L-E-V-N-K-A-D-Y-E-K-C-I-S-N-R-P-I-R-N-Y-T-R-G-A-G-R-D-I-V-P-L-Y-E-T-R-R-Y-Y-L-L-D-G-R-G-G-C-V-Q-G-M-K-L-D-V-L-V-E-T-P-P-P-P-P-P-F-T-P-P-P-P-A-Q


### FUNCTION Probably acts as a transcriptional activator Binds to the GCC-box pathogenesis-related promoter element May be involved in the regulation of gene expression by stress factors and by components of stress signal transduction pathways ### SEQUENCE -M-Q-D-S-S-S-H-E-S-Q-R-N-L-R-S-P-V-P-E-K-T-G-K-S-S-K-T-K-N-E-Q-K-G-V-S-K-Q-P-N-F-R-G-V-R-M-R-Q-W-G-K-W-V-S-E-I-R-E-P-R-K-K-S-R-I-W-L-G-T-F-S-T-P-E-M-A-A-R-A-H-D-V-A-A-L-A-I-K-G-G-S-A-H-L-N-F-P-E-L-A-Y-H-L-P-R-P-A-S-A-D-P-K-D-I-Q-E-A-A-A-A-A-A-A-V-D-W-K-A-P-E-S-P-S-S-T-V-T-S-S-P-V-A-D-D-A-F-S-D-L-P-D-L-L-L-D-V-N-D-H-N-K-N-D-G-F-W-D-S-F-P-Y-E-D-P-F-F-L-E-N-Y


### FUNCTION Probable common Sm protein, is found in U1 and U2 snRNPs and may be part of the spliceosome ### SEQUENCE -M-A-T-I-P-V-N-P-K-P-F-L-N-N-L-T-G-K-T-V-I-V-K-L-K-W-G-M-E-Y-K-G-F-L-A-S-V-D-S-Y-M-N-L-Q-L-G-N-T-E-E-Y-I-D-G-Q-L-T-G-N-L-G-E-I-L-I-R-C-N-N-V-L-Y-V-R-G-V-P-E-D-E-E-L-E-D-A-D-Q-D


### FUNCTION Probable lipid transfer protein ### SEQUENCE -M-A-V-A-V-T-A-V-L-F-L-A-V-V-I-A-P-Q-W-T-E-T-K-K-P-P-R-P-S-D-T-S-D-T-S-G-T-S-G-R-D-R-R-T-M-C-P-L-S-I-P-G-I-V-Q-N-C-Y-A-T-L-N-A-F-P-S-K-E-C-C-K-D-L-K-T-A-S-K-R-E-V-T-C-L-C-N-N-V-I-A-H-P-D-P-L-Y-T-N-T-N-Q-V-N-K-A-C-G-V-L-D-K-Y-A-C-D-A-G-N-S-N-G-G-A-T-K-K-I-V-A-S-M-G-L-F-G-V-V-A-S-L-F-F


### FUNCTION May be involved in heavy metals transport ### SEQUENCE -M-N-L-S-S-N-D-Q-P-S-Q-G-R-I-K-A-K-D-W-S-T-D-L-C-E-C-W-M-D-I-N-S-C-C-L-T-C-W-C-P-C-V-A-F-G-R-I-A-E-V-V-D-R-G-S-T-S-C-G-V-S-G-A-M-Y-M-I-I-F-M-L-T-G-Y-G-G-S-S-L-Y-S-C-F-Y-R-T-K-L-R-A-Q-Y-N-L-K-E-R-P-C-C-D-C-C-V-H-F-C-C-E-P-C-A-L-C-Q-E-Y-R-Q-L-Q-H-N-R-D-L-D-L-V-I-G-W-H-G-N-M-E-R-H-A-R-L-A-A-S-T-P-S-A-P-P-L-Q-A-P-M-S-R-L-V


### FUNCTION May be involved in heavy metals transport ### SEQUENCE -M-Y-G-N-G-P-V-F-K-A-E-G-T-S-F-R-D-Q-P-Y-A-E-Q-L-P-Q-G-L-W-T-T-G-L-C-D-C-H-E-D-A-H-I-C-V-Q-T-A-I-M-P-C-V-S-F-A-Q-N-V-E-I-V-N-R-G-T-I-P-C-M-N-A-G-L-I-H-L-A-L-G-F-I-G-C-S-W-L-Y-A-F-P-N-R-S-R-L-R-E-H-F-A-L-P-E-E-P-C-R-D-F-L-V-H-L-F-C-T-P-C-A-I-C-Q-E-S-R-E-L-K-N-R-G-A-D-P-S-I-G-W-L-S-N-V-E-K-W-S-R-E-K-V-T-P-P-I-V-V-P-G-M-I-R


### FUNCTION E2-like enzyme which forms an intermediate with UFM1 via a thioester linkage ### SEQUENCE -M-E-G-W-D-P-N-T-K-S-T-L-T-R-I-P-L-L-T-T-K-A-G-P-R-D-G-A-A-W-T-Q-R-L-K-E-E-Y-K-S-L-I-A-Y-T-Q-M-N-K-S-N-D-N-D-W-F-R-I-S-A-S-N-P-E-G-T-R-W-T-G-K-C-W-Y-V-H-N-L-L-K-Y-E-F-D-L-Q-F-D-I-P-I-T-Y-P-A-T-A-P-E-L-E-L-P-E-I-D-G-K-T-Q-K-M-Y-R-G-G-K-I-C-L-T-V-H-F-K-P-L-W-A-K-N-C-P-R-F-G-I-A-H-A-L-C-L-G-L-A-P-W-L-A-A-E-I-P-I-L-V-D-S-G-A-I-K-H-K-D-D-A-A-T-S-A-E-S


### FUNCTION Participates in electron transfer between P700 and the cytochrome b6-f complex in photosystem I ### SEQUENCE -M-A-S-V-A-A-A-A-V-S-V-P-S-F-S-G-L-K-A-E-T-K-A-A-P-A-R-L-S-S-T-S-V-V-R-M-A-P-V-V-R-A-S-A-S-S-D-A-L-K-T-V-G-K-A-L-L-A-A-S-S-S-L-L-L-V-A-S-A-N-A-A-T-V-K-M-G-G-D-D-G-A-L-G-F-Y-P-K-D-I-S-V-A-A-G-E-S-V-T-F-V-N-N-K-G-F-P-H-N-V-V-F-D-E-D-A-V-P-A-G-V-K-T-E-D-I-N-H-E-D-Y-L-N-G-P-N-E-S-F-S-I-T-F-K-T-P-G-T-Y-E-F-Y-C-E-P-H-Q-G-A-G-M-K-G-V-V-T-V-S


### FUNCTION This protein is one of the nuclear-coded polypeptide chains of cytochrome c oxidase, the terminal oxidase in mitochondrial electron transport ### SEQUENCE -M-A-G-G-R-I-A-H-A-T-L-K-G-P-S-V-V-K-E-I-C-I-G-L-T-L-G-L-V-A-G-G-L-W-K-M-H-H-W-N-E-Q-R-K-T-R-S-F-Y-D-M-L-E-K-G-Q-I-S-V-V-V-E-E


### FUNCTION May be involved in environmental stress response ### SEQUENCE -M-G-S-E-E-N-N-S-T-S-F-P-P-T-E-P-K-L-C-D-N-G-C-G-F-F-G-S-P-S-N-M-N-L-C-S-K-C-Y-R-S-L-R-A-E-E-D-Q-T-A-V-A-K-A-A-V-K-N-S-L-K-L-P-S-C-S-I-I-A-P-G-Q-K-H-P-L-E-I-K-P-A-H-L-E-T-V-V-V-T-A-E-P-S-S-V-P-V-A-A-E-Q-D-E-A-E-P-S-R-P-V-R-P-N-N-R-C-F-S-C-N-K-K-V-G-V-M-G-F-K-C-K-C-G-S-T-F-C-G-S-H-R-Y-P-E-K-H-E-C-S-F-D-F-K-E-V-G-R-D-A-I-A-K-A-N-P-L-V-K-A-D-K-V-Q-R-I


### FUNCTION Dirigent proteins impart stereoselectivity on the phenoxy radical-coupling reaction, yielding optically active lignans from two molecules of coniferyl alcohol in the biosynthesis of lignans, flavonolignans, and alkaloids and thus plays a central role in plant secondary metabolism ### SEQUENCE -M-A-N-Q-I-Y-L-F-S-L-I-C-L-S-V-L-L-C-Q-S-Y-T-V-S-S-F-Q-K-S-L-D-L-A-K-P-C-K-R-F-V-L-H-L-H-D-I-A-Y-D-G-D-N-A-A-N-A-T-S-A-A-I-V-N-P-L-G-L-G-D-F-S-F-G-K-F-V-I-M-D-D-P-V-T-M-D-Q-N-Y-L-S-K-P-V-A-R-V-Q-G-F-F-C-Y-H-G-K-A-T-Y-D-A-W-I-A-W-T-V-V-F-N-S-T-Q-H-K-G-A-F-T-I-M-G-E-N-P-F-M-E-P-T-R-D-L-P-I-V-G-G-T-G-D-F-I-M-T-R-G-I-A-T-L-T-T-D-H-I-D-G-S-K-Y-F-R-V-K-L-D-I-K-L-Y-E-C-Y-H


### FUNCTION Controls stomatal patterning ### SEQUENCE -M-V-W-S-S-N-M-S-S-F-L-L-I-L-L-I-L-N-S-T-H-F-S-L-M-A-N-G-R-P-E-P-D-S-V-E-F-T-K-S-G-D-Q-D-V-K-M-M-M-R-G-L-I-G-S-R-P-P-R-C-E-R-V-R-C-R-S-C-G-H-C-E-A-I-Q-V-P-T-N-P-Q-T-K-L-H-S-P-L-T-T-S-S-S-S-S-S-E-T-I-H-L-D-Y-T-R-G-D-D-S-T-N-Y-K-P-M-S-W-K-C-K-C-G-N-S-I-Y-N-P


### FUNCTION This protein is one of the nuclear-coded polypeptide chains of cytochrome c oxidase, the terminal oxidase in mitochondrial electron transport ### SEQUENCE -M-A-T-A-I-V-R-S-A-L-S-R-A-V-T-R-A-A-P-K-T-S-V-A-P-K-R-N-F-S-S-S-A-G-H-D-D-A-Y-E-A-A-K-W-E-K-I-T-Y-L-G-I-A-S-C-T-A-L-A-V-Y-V-L-S-K-G-H-H-H-G-E-D-P-P-A-Y-P-H-M-H-I-R-N-K-E-F-P-W-G-P-D-G-L-F-E-V-K-H-N-K-E-H


### FUNCTION Capsid protein self-assembles to form an icosahedral capsid with a T=3 symmetry, about 26 nm in diameter, and consisting of 89 capsid proteins dimers  Involved in viral genome encapsidation through the interaction between a capsid protein dimer and the multiple packaging signals present in the RNA genome Binding of the capsid proteins to the viral RNA induces a conformational change required for efficient T=3 shell formation The capsid contains also 1 copy of the A2 maturation protein ### SEQUENCE -M-A-K-L-Q-A-I-T-L-S-G-I-G-K-N-G-D-V-T-L-N-L-N-P-R-G-V-N-P-T-N-G-V-A-A-L-S-E-A-G-A-V-P-A-L-E-K-R-V-T-I-S-V-S-Q-P-S-R-N-R-K-N-Y-K-V-Q-V-K-I-Q-N-P-T-S-C-T-A-S-G-T-C-D-P-S-V-T-R-S-A-Y-A-D-V-T-F-S-F-T-Q-Y-S-T-D-E-E-R-A-L-V-R-T-E-L-K-A-L-L-A-D-P-M-L-I-D-A-I-D-N-L-N-P-A-Y


### FUNCTION Involved in T4 DNA replication Important for the priming of leading strand DNA synthesis at oriE Binds to ssDNA ### SEQUENCE -M-V-I-F-Q-L-E-Y-P-L-H-H-L-V-L-F-E-V-D-A-D-Q-P-H-E-H-E-H-D-L-I-L-M-G-P-F-Y-L-Q-Q-H-R-Q-T-N


### FUNCTION Involved in O antigen modification Involved in the translocation of bactoprenol-linked glucose across the cytoplasmic membrane ### SEQUENCE -M-L-K-L-F-A-K-Y-T-S-I-G-V-L-N-T-L-I-H-W-V-V-F-G-V-C-I-Y-A-A-H-T-N-Q-A-M-A-N-F-A-G-F-V-V-A-V-S-F-S-F-F-A-N-A-K-F-T-F-K-A-S-T-T-T-M-R-Y-M-L-Y-V-G-F-M-G-T-L-S-A-T-V-G-W-V-A-D-R-C-S-L-P-P-I-V-T-L-V-T-F-S-A-I-S-L-V-C-G-F-V-Y-S-K-F-I-V-F-R-D-A-K


### FUNCTION Nuclease ### SEQUENCE -M-R-L-I-R-E-D-S-I-E-K-H-L-V-S-E-V-R-K-I-G-G-I-A-Y-K-F-V-S-P-G-R-R-G-V-P-D-R-L-V-A-L-P-N-G-K-I-I-F-V-E-C-K-A-P-G-E-K-P-T-P-Y-Q-L-R-E-H-A-R-L-F-A-L-G-H-Q-V-I-V-L-D-S-Q-D-L-S-S-I-L-P-A-V-N


### FUNCTION Excisionase and integrase are necessary for the excision of prophage from the host genome by site-specific recombination ### SEQUENCE -M-R-N-V-M-N-K-A-T-L-T-R-Q-E-A-A-K-I-I-G-I-S-E-D-T-L-S-N-W-C-K-L-G-I-I-S-Y-Q-R-K-N-P-Y-K-K-K-S-P-Y-L-F-T-K-E-A-C-I-E-A-V-K-N-S-I-N-T-L-S-E-S-E-I-D-V-I-R-S-K-K-C-Q-S-S-N-V-V-K-F-G-T-A-V-T-Q-H-R-A-E-K-E-L-R-N-H-L-A-Q-R-T-K-N-K-L-R-S-Y-T-T-N-E-E-L-N-Y-G-E


### FUNCTION Component of the cylindrical core that assembles on the inner surface of the capsid during procapsid formation Required for stabilization of the condensed DNA within the capsid ### SEQUENCE -M-T-K-P-L-T-K-G-E-I-V-L-F-A-L-R-K-A-G-I-A-S-E-A-T-N-I-D-V-E-P-Q-S-F-E-E-G-I-N-D-L-E-D-L-M-A-E-L-Q-I-T-F-G-D-L-G-Y-Q-F-S-A-E-E-E-N-P-T-S-D-D-A-S-G-L-P-R-K-Y-K-Q-V-M-G-Y-Q-L-M-L-R-M-L-S-D-Y-G-I-E-P-T-P-R-Q-E-A-S-A-A-A-A-Y-D-A-L-L-T-D-T-L-S-V-P-S-I-A-R-R-G-D-M-P-V-G-Q-G-N-N-Y-T-A-L-G-T-A-S-Y-Y-V-E-R-G-F-H-A-K-N-T-D-P-V-S


### FUNCTION Positively regulates expression of some phage genes Bacterial host RNA polymerase modified by antitermination proteins transcribes through termination sites that otherwise prevent expression of the regulated genes ### SEQUENCE -M-R-R-D-I-Q-Q-V-L-E-R-W-G-T-W-A-R-D-N-N-T-G-I-D-W-S-P-I-A-A-G-F-K-G-L-L-P-L-R-P-S-M-R-P-S-C-S-D-E-D-G-R-I-I-D-N-C-V-S-Q-L-Q-Q-V-R-Q-P-E-E-L-S-L-I-I-A-Y-Y-V-K-G-Y-S-K-R-A-I-A-R-R-R-R-V-D-E-G-L-I-R-A-K-L-L-I-A-E-G-F-I-D-G-C-L-S-L-L-A-V-R-L-D-M-D-P-E-V-K-M-Y-S-P-Q-K-S-G-K-R-I-S-A-V-R-K-K-F-V-N-V-L


### FUNCTION May stop tail tube polymerization by capping the rapidly polymerizing tail tube once it has reached its requisite length and prevent its depolymerization ### SEQUENCE -M-L-E-E-T-E-A-A-L-L-A-R-V-R-E-L-F-G-A-T-L-R-Q-V-E-P-L-T-G-T-W-T-N-E-D-V-H-R-L-F-L-A-P-P-S-V-F-L-A-W-M-G-C-G-E-G-R-T-R-R-E-V-E-S-R-W-A-F-F-V-V-A-E-L-L-N-G-E-P-V-N-R-P-G-I-Y-Q-I-V-E-R-L-I-A-G-V-N-G-Q-T-F-G-P-T-T-G-M-R-L-T-Q-V-R-N-L-C-D-D-N-R-I-N-A-G-V-V-L-Y-G-V-L-F-S-G-T-T-P-L-P-S-V-V-D-L-D-S-L-D-D-Y-E-R-H-W-Q-T-W-K-F-P-D-E-T-P-E-F-A-A-H-I-N-V-N-Q-E-K-D-H-D-A-E-N


### FUNCTION The terminase small subunit binds to the packaging initiation site  Once the capsid is packaged with the DNA, the terminase complex is substituted by neck proteins ### SEQUENCE -M-D-R-K-T-R-G-R-A-S-K-V-D-L-L-P-E-N-V-R-K-T-L-H-E-M-L-R-D-K-A-I-P-Q-A-R-I-L-E-E-I-N-A-L-I-E-D-A-G-L-P-D-E-M-K-L-S-R-S-G-L-N-R-Y-A-T-N-V-E-Q-V-G-H-N-L-R-Q-M-R-E-M-T-S-A-L-T-A-E-L-G-D-K-P-M-G-E-T-T-K-L-I-L-E-M-A-R-S-Q-L-F-K-A-M-M-R-Q-I-E-N-P-E-S-D-V-D-I-D-L-L-K-N-A-M-L-A-A-Q-R-L-E-S-T-A-M-S-S-H-R-R-E-K-E-I-R-Q-A-F-A-E-E-A-A-N-A-V-S-E-E-L-R-G-Q-D-G-I-S-E-E-L-E-Q-R-I-R-D-V-L-L-G-K-A


### FUNCTION Facilitates the release of the SAR-endolysin ### SEQUENCE -M-D-L-I-S-V-L-A-L-W-P-Y-L-L-P-V-V-A-G-G-A-V-W-A-M-R-R-S-F-A-S-T-E-R-V-E-R-L-E-N-R-M-T-E-M-E-T-R-Y-A-S-I-P-G-T-E-D-V-H-E-M-R-L-R-I-A-E-L-S-G-D-I-R-V-L-S-Q-R-V-Q-S-F-S-H-Q-L-E-L-L-L-E-N-A-V-N-R-S-N-S


### FUNCTION Component of the spanin complex that disrupts the host outer membrane and causes cell lysis during virus exit The spanin complex conducts the final step in host lysis by disrupting the outer membrane after endolysin action has degraded the host peptidoglycans Host outer membrane disruption is possibly due to local fusion between the inner and outer membrane performed by the spanin complex ### SEQUENCE -M-T-F-A-S-K-S-L-L-L-A-A-V-F-T-A-V-L-S-G-G-L-W-H-R-L-D-S-T-R-H-D-N-Q-T-L-R-R-E-L-Q-T-E-Q-Q-A-R-H-T-A-E-W-L-L-H-G-Q-E-Q-T-M-Q-V-F-S-A-I-R-A-A-N-R-A-A-R-L-A-D-E-T-E-H-H-D-A-K-E-K-I-T-T-A-I-T-G-D-N-C-S-T-R-P-V-P-A-V-A-A-D-R-L-R-E-L-E-K-R-T-R-A-I-G-G-D-P-A-R-N


### FUNCTION Core subunit of the mitochondrial membrane respiratory chain NADH dehydrogenase ### SEQUENCE -M-I-M-F-L-Y-S-S-F-S-M-I-L-F-I-L-G-L-F-C-F-V-S-N-R-K-H-L-L-S-M-L-L-S-L-E-F-I-V-L-I-L-F-F-M-L-F-I-Y-L-N-L-M-N-Y-E-N-Y-F-S-M-M-F-L-T-F-S-V-C-E-G-A-L-G-L-S-I-L-V-S-M-I-R-T-H-G-N-D-Y-F-Q-S-F-S-I-M


### FUNCTION Mitochondrial membrane ATP synthase ### SEQUENCE -M-P-Q-L-E-P-A-P-W-F-S-M-L-T-V-S-W-L-I-I-L-L-L-I-M-P-T-I-M-F-Y-Q-T-Q-N-T-V-S-A-Q-Q-A-T-K-P-K-Q-P-T-W-T-W-P-W-H


### FUNCTION Mitochondrial membrane ATP synthase ### SEQUENCE -M-P-Q-L-N-P-N-P-W-F-Y-I-M-L-M-S-W-L-T-F-S-L-I-I-Q-P-E-L-L-S-F-T-L-T-N-P-L-S-N-K-T-S-T-T-T-R-S-S-P-W-T-W-P-W-T


### FUNCTION Mitochondrial membrane ATP synthase ### SEQUENCE -M-P-Q-L-N-P-N-P-W-F-F-T-M-L-T-T-W-L-T-F-L-L-L-I-Q-P-K-L-L-S-F-I-M-T-N-P-P-I-N-K-S-S-K-H-T-K-T-P-S-W-T-W-P-W-T


### FUNCTION Mitochondrial DNA endonuclease involved in intron homing ### SEQUENCE -M-I-Y-E-F-F-N-K-N-G-Y-C-T-N-N-I-P-R-K-Y-I-V-K-L-K-H-N-D-D-V-K-D-F-E-R-Y-E-F-V-T-Y-T-F-R-S-F-K-Y-I-Y-E-M-F-Y-K-K-Q-K-K-V-L-H-L-E-K-I-K-E-Y-L-D-E-R-A-L-A-H-W-I-M-D-D-G-G-Y-T-G-A-G-I-R-I-A-T-N-A-F-T-L-K-E-V-M-F-L-K-E-L-L-E-D-K-F-K-L-K-C-T-I-Q-E-I-Y-I-K-D-K-W-S-I-Y-I-T-K-D-S-M-T-H-L-I-S-I-I-K-P-Y-M-H-P-S-M-Y-Y-K-L-G-I-K


### FUNCTION One of the components of the core complex of photosystem II  and a proton gradient subsequently used for ATP formation It consists of a core antenna complex that captures photons, and an electron transfer chain that converts photonic excitation into a charge separation ### SEQUENCE -M-A-D-T-T-G-R-I-P-L-W-L-I-S-T-V-T-G-T-L-V-I-G-L-M-G-I-F-F-Y-G-S-Y-S-G-L-G-S-S-L


### FUNCTION One of the components of the core complex of photosystem II  and a proton gradient subsequently used for ATP formation It consists of a core antenna complex that captures photons, and an electron transfer chain that converts photonic excitation into a charge separation This subunit is found at the monomer-monomer interface and is required for correct PSII assembly and/or dimerization ### SEQUENCE -M-T-Q-S-N-P-N-E-Q-N-V-E-L-N-R-T-S-L-Y-W-G-L-L-L-I-F-V-L-A-V-L-F-S-N-Y-S-F-N


### FUNCTION Binds to 23S rRNA ### SEQUENCE -M-M-L-N-L-L-Q-Y-P-V-I-K-T-P-K-A-T-R-L-L-E-N-N-Q-Y-S-F-D-I-D-K-K-L-T-K-P-Q-I-K-K-L-V-E-E-Y-F-N-I-K-V-L-A-I-N-T-H-R-P-P-R-K-I-K-R-S-G-S-A-P-R-S-K-R-V-I-I-T-V-S-A-N-I-N-L-L-G


### FUNCTION One of the primary rRNA binding proteins, it binds directly to 16S rRNA where it nucleates assembly of the head domain of the 30S subunit ### SEQUENCE -M-S-R-R-R-T-A-K-K-R-I-V-M-P-D-P-V-Y-K-N-S-L-L-E-L-I-V-R-Q-V-M-R-N-G-K-K-L-L-A-Y-R-I-M-Y-N-S-M-I-K-I-A-E-M-T-Q-K-D-P-L-D-V-L-E-K-A-I-R-N-V-T-P-L-I-E-V-K-A-R-R-V-G-G-S-T-Y-Q-V-P-L-E-V-L-P-E-R-G-T-T-L-A-I-R-W-I-L-A-A-C-R-K-N-R-G-K-P-M-Y-I-K-L-T-N-E-L-I-D-A-S-N-K-S-G-S-A-I-K-K-K-D-E-I-H-R-M-A-E-A-N-K-A-F-A-K-Q-R-F


### FUNCTION Binds directly to 23S ribosomal RNA and is necessary for the in vitro assembly process of the 50S ribosomal subunit It is not involved in the protein synthesizing functions of that subunit ### SEQUENCE -M-T-R-V-K-R-G-N-I-A-R-N-R-R-N-E-I-L-D-L-A-K-G-F-R-G-S-S-S-K-L-Y-R-T-A-Q-Q-R-T-I-K-A-L-T-N-S-Y-K-D-R-K-N-K-K-R-E-F-V-K-I-W-V-S-R-I-N-A-A-V-R-L-S-G-L-N-Y-S-S-F-Q-N-Q-L-K-F-H-K-I-R-L-N-R-K-I-C-S-Q-I-A-L-Q-D-Q-E-S-F-T-K-L-L-D-L-I-I


### FUNCTION Produces ATP from ADP in the presence of a proton gradient across the membrane ### SEQUENCE -M-I-L-K-I-L-I-M-I-P-D-G-I-F-W-N-N-K-A-E-E-I-I-L-P-T-N-T-G-Q-I-G-I-L-K-N-H-A-P-L-I-T-A-L-D-I-G-V-I-L-I-R-T-D-K-K-W-V-P-F-I-I-M-G-G-F-A-L-I-K-Q-N-K-I-T-I-L-V-N-G-A-E-S-A-G-T-L-K-L-V-Q-S-E-A-A-F-Q-E-A-T-N-K-L-E-N-A-K-S-K-K-Q-Y-V-D-A-L-F-L-F-K-C-A-K-A-R-Y-Q-A-A-K-Q-L-V-S


### FUNCTION Produces ATP from ADP in the presence of a proton gradient across the membrane ### SEQUENCE -M-T-L-N-L-C-V-L-T-P-N-R-T-V-W-D-S-E-V-K-E-I-I-L-S-T-N-S-G-Q-I-G-V-L-K-N-H-A-P-I-A-T-A-L-D-I-G-I-L-K-I-R-L-T-N-Q-Q-W-V-T-M-A-L-M-G-G-F-A-R-I-G-N-N-E-I-T-I-L-V-N-D-A-E-K-S-I-D-I-D-P-Q-E-A-Q-Q-T-L-K-I-A-E-A-N-L-N-K-A-E-G-K-R-Q-T-I-E-A-N-L-A-L-R-R-A-R-T-R-V-E-T-I-L-E-S-I-N-R-F


### FUNCTION One of the components of the core complex of photosystem II  and a proton gradient subsequently used for ATP formation It consists of a core antenna complex that captures photons, and an electron transfer chain that converts photonic excitation into a charge separation ### SEQUENCE -M-L-T-L-K-I-F-V-Y-T-V-V-T-F-F-V-S-L-F-I-F-G-F-L-S-N-D-P-G-R-N-P-G-T-K-D-F


### FUNCTION Seems to play a role in the dimerization of PSII ### SEQUENCE -M-E-A-L-V-Y-T-F-L-L-I-S-T-L-G-I-I-F-F-G-I-F-F-R-E-P-P-R-I-V-K


### FUNCTION May play a role in photosystem I and II biogenesis ### SEQUENCE -M-E-T-P-A-L-V-A-T-V-F-V-S-C-L-V-L-S-I-T-G-Y-S-L-Y-I-G-F-G-P-P-S-K-E-L-R-D-P-F-D-E-H-E-D


### FUNCTION One of the components of the core complex of photosystem II  and a proton gradient subsequently used for ATP formation It consists of a core antenna complex that captures photons, and an electron transfer chain that converts photonic excitation into a charge separation ### SEQUENCE -M-A-T-G-S-T-S-K-A-K-A-D-E-S-T-S-K-I-T-P-L-G-T-A-L-K-P-L-N-S-E-Y-G-K-V-A-P-G-W-G-T-T-P-V-M-G-L-F-M-A-L-F-A-V-F-L-L-I-I-L-E-I-Y-N-S-S-L-I-L-D-D-V-G-V-S-W-Y-S-L-G-K


### FUNCTION Controls the interaction of photosystem II  cores with the light-harvesting antenna ### SEQUENCE -M-T-F-I-F-Q-L-A-L-F-A-L-V-A-L-S-F-L-L-V-V-G-V-P-V-A-F-A-A-P-E-G-W-N-V-T-K-G-Y-V-F-Q-G-V-S-A-W-F-A-L-V-F-T-V-G-V-L-N-S-L-V-A


### FUNCTION Binds directly to 23S ribosomal RNA and is necessary for the in vitro assembly process of the 50S ribosomal subunit It is not involved in the protein synthesizing functions of that subunit ### SEQUENCE -M-T-R-V-K-R-G-Y-V-A-R-K-R-R-N-K-I-L-R-A-N-R-S-F-R-G-T-H-S-K-L-F-R-I-A-N-Q-Q-H-M-K-A-L-R-Y-S-Y-R-D-R-A-C-K-K-R-D-F-R-H-L-W-I-T-R-I-N-A-V-V-R-S-Y-G-L-N-Y-S-R-F-M-H-Q-L-R-L-G-N-M-V-L-N-R-K-V-L-S-Q-L-A-S-L-D-P-A-S-F-N-R-L-I-R-A-T


### FUNCTION One of the components of the core complex of photosystem II  and a proton gradient subsequently used for ATP formation It consists of a core antenna complex that captures photons, and an electron transfer chain that converts photonic excitation into a charge separation This subunit is found at the monomer-monomer interface and is required for correct PSII assembly and/or dimerization ### SEQUENCE -M-T-K-P-N-P-N-K-Q-T-V-E-L-N-R-T-S-L-Y-W-G-L-L-L-I-F-V-L-A-I-L-F-S-S-Y-I-F-N


### FUNCTION One of the components of the core complex of photosystem II  and a proton gradient subsequently used for ATP formation It consists of a core antenna complex that captures photons, and an electron transfer chain that converts photonic excitation into a charge separation ### SEQUENCE -M-S-N-T-G-T-T-G-R-V-P-L-W-F-V-G-M-I-V-G-L-A-A-L-G-L-L-G-I-F-F-Y-G-S-Y-T-G-L-G-S-S-L


### FUNCTION A core subunit of photosystem II ### SEQUENCE -M-D-L-T-L-V-G-Q-L-I-S-L-F-A-V-V-A-A-G-P-L-V-I-V-F-L-S-A-R-R-G-A-L


### FUNCTION One of the components of the core complex of photosystem II  and a proton gradient subsequently used for ATP formation It consists of a core antenna complex that captures photons, and an electron transfer chain that converts photonic excitation into a charge separation ### SEQUENCE -M-S-T-L-P-I-L-L-A-T-L-P-E-A-Y-L-P-F-R-P-L-V-D-V-L-P-S-I-P-V-L-F-L-L-L-A-F-V-W-Q-A-A-V-S-F-R


### FUNCTION Component of the cytochrome b6-f complex, which mediates electron transfer between photosystem II , cyclic electron flow around PSI, and state transitions PetG is required for either the stability or assembly of the cytochrome b6-f complex ### SEQUENCE -M-V-E-A-L-L-S-G-I-V-L-G-L-I-P-V-T-L-A-G-L-F-V-T-A-Y-L-Q-Y-R-R-G-D-Q-L-N-L


### FUNCTION Component of the cytochrome b6-f complex, which mediates electron transfer between photosystem II , cyclic electron flow around PSI, and state transitions PetL is important for photoautotrophic growth as well as for electron transfer efficiency and stability of the cytochrome b6-f complex ### SEQUENCE -M-F-T-V-I-S-Y-F-G-F-L-L-V-A-L-A-F-T-L-V-T-Y-L-G-L-R-A-I-Q-L-I


### FUNCTION Seems to be required for the assembly of the photosystem I complex ### SEQUENCE -M-D-T-T-N-L-V-R-R-D-I-V-I-G-S-R-R-V-S-N-Y-W-W-A-S-V-L-L-L-G-G-S-S-F-L-V-V-G-L-S-S-R-L-G-F-D-L-V-P-F-L-P-A-G-D-I-I-F-I-P-Q-G-L-V-M-C-F-Y-G-L-V-G-L-V-V-S-T-Y-L-W-L-T-I-L-W-S-V-G-G-G-Y-N-E-F-N-K-Q-E-G-V-M-R-I-F-R-W-G-F-P-G-R-D-R-R-I-Q-L-T-C-P-L-Q-D-I-E-A-I-R-V-E-L-Q-E-G-M-N-P-R-R-T-I-Y-V-R-L-K-G-K-R-E-V-P-L-T-R-I-G-Q-P-L-T-L-A-E-I-E-K-Q-A-A-E-L-A-G-F-L-Q-V-S-L-E-G-F


### FUNCTION One of the primary rRNA binding proteins, it binds directly to 16S rRNA where it nucleates assembly of the head domain of the 30S subunit ### SEQUENCE -M-S-R-R-N-T-A-V-K-R-S-I-S-S-D-P-V-Y-N-S-Q-L-I-H-M-M-I-S-H-I-L-K-E-G-K-K-A-L-A-Y-R-L-M-Y-D-A-M-K-R-I-E-K-T-T-Q-Q-D-P-I-L-V-V-E-R-A-V-R-N-A-T-P-T-I-E-V-K-A-R-R-M-G-G-S-I-Y-Q-V-P-L-E-V-K-P-E-R-G-T-A-L-A-L-R-W-I-L-L-A-A-R-N-R-T-G-R-D-M-V-A-K-L-S-N-E-L-M-D-A-S-N-R-I-G-N-A-V-R-K-R-D-E-M-H-R-M-A-E-A-N-K-A-F-A-H-I-R-V


### FUNCTION With S4 and S5 plays an important role in translational accuracy Located at the interface of the 30S and 50S subunits ### SEQUENCE -M-P-T-I-Q-Q-L-V-R-A-Q-R-K-R-I-V-K-K-T-K-S-P-A-L-C-A-C-P-Q-R-R-G-V-C-T-R-V-Y-T-T-T-P-K-K-P-N-S-A-L-R-K-V-A-R-V-R-L-S-S-G-F-E-V-T-A-Y-I-P-G-I-G-H-N-L-Q-E-H-S-V-V-L-I-R-G-G-R-V-K-D-L-P-G-V-R-Y-H-I-V-R-G-T-L-D-T-A-G-V-K-E-R-K-Q-S-R-S-K-Y-G-V-K-R-V-T-K-K


### FUNCTION May help in the organization of the PsaE and PsaF subunits ### SEQUENCE -M-K-D-F-T-T-Y-L-S-T-A-P-V-L-A-A-V-W-F-G-F-L-A-G-L-L-I-E-I-N-R-F-F-P-D-A-L-S-F-S-F-V


### FUNCTION Component of the cytochrome b6-f complex, which mediates electron transfer between photosystem II , cyclic electron flow around PSI, and state transitions ### SEQUENCE -M-A-D-I-V-S-A-G-W-A-F-L-M-V-S-F-T-F-S-L-S-L-V-V-W-G-R-S-G-L


### FUNCTION Essential for the assembly of the photosystem I  complex May act as a chaperone-like factor to guide the assembly of the PSI subunits ### SEQUENCE -M-P-R-S-Q-R-N-D-N-F-I-D-K-T-F-T-V-V-A-D-I-L-L-K-V-L-P-T-T-R-R-E-K-E-A-F-T-Y-Y-R-D-G-M-S-A-Q-A-E-G-E-Y-A-E-A-L-Q-N-Y-Y-E-A-M-R-L-E-V-D-A-Y-D-R-S-Y-I-L-Y-N-I-G-L-I-H-T-S-N-G-E-H-A-K-A-L-E-Y-Y-Y-Q-A-L-E-R-N-P-Y-L-P-Q-A-L-N-N-I-A-V-I-Y-H-Y-R-G-E-Q-A-I-E-S-G-N-S-R-I-S-N-L-L-F-D-K-A-A-D-Y-W-K-E-A-I-R-L-A-P-T-N-Y-I-E-A-Q-N-W-L-K-I-T-N-R-L-E-E-A-I


### FUNCTION May help in the organization of the PsaL subunit ### SEQUENCE -M-V-T-S-F-L-P-S-L-F-V-P-L-V-G-L-V-F-P-A-V-A-M-A-S-L-F-L-Y-I-E-K-D-E-I-A


### FUNCTION F is coupled via a rotary mechanism of the central stalk subunits to proton translocation ### SEQUENCE -M-F-H-F-L-A-L-T-P-L-A-H-S-E-G-F-G-L-N-T-N-I-L-E-T-N-I-L-N-L-A-A-V-F-A-L-L-A-Y-V-G-T-D-F-V-S-S-L-L-K-T-R-K-E-S-I-L-K-S-L-R-D-A-D-E-R-Y-Q-D-A-V-N-Q-L-K-Q-A-L-Q-E-L-E-T-A-R-T-N-A-A-E-I-R-R-Q-S-E-I-N-A-E-A-I-R-Q-R-L-E-L-L-T-Q-E-E-M-A-R-L-E-E-A-K-E-T-I-I-K-L-E-E-E-K-A-V-A-E-V-C-T-K-V-I-S-M-A-L-V-R-A-E-K-K-I-I-S-S-M-D-E-A-M-H-R-R-V-M-D-M-Y-L-N-L-L-R-E-V-Y


### FUNCTION Binds to 23S rRNA ### SEQUENCE -M-I-I-D-L-V-K-R-P-V-I-T-E-K-A-T-R-I-L-E-K-N-Q-Y-T-F-D-V-E-L-S-L-T-K-P-K-I-K-A-L-I-E-K-A-F-K-V-E-V-V-S-V-N-T-H-R-P-P-R-R-K-R-R-L-G-T-T-Q-G-Y-L-P-R-Y-K-R-A-I-I-T-L-K-R-G-F-M-I-P-L-T-P-F


### FUNCTION Protein S19 forms a complex with S13 that binds strongly to the 16S ribosomal RNA ### SEQUENCE -M-P-R-S-L-K-K-G-P-F-V-A-N-H-L-L-R-K-I-E-K-M-N-G-K-G-E-K-H-V-I-T-T-W-S-R-A-S-T-I-I-P-I-M-I-G-H-T-I-A-I-H-N-G-K-S-H-L-P-I-F-I-N-D-R-M-I-G-H-K-L-G-E-F-V-L-T-R-N-Y-R-G-H-G-K-T-D-K-K-A-R-R


### FUNCTION Binds to 23S rRNA ### SEQUENCE -M-I-Q-P-Q-T-I-L-Q-V-A-D-N-S-G-A-R-Q-L-M-C-I-R-V-L-G-G-R-K-R-Y-A-S-I-G-D-V-I-I-A-V-V-K-D-A-I-P-N-M-P-V-K-K-S-D-V-V-R-A-V-V-V-R-T-S-K-P-V-R-R-D-T-G-M-L-I-R-F-D-D-N-A-A-V-I-V-N-Q-E-G-N-P-R-G-T-R-V-F-G-P-V-A-R-E-L-R-D-R-Q-F-M-K-I-I-S-L-A-P-E-V-L


### FUNCTION Binds 5S rRNA, forms part of the central protuberance of the 50S subunit ### SEQUENCE -M-A-Q-R-L-K-T-F-Y-L-N-S-V-V-P-K-L-R-Q-Q-F-H-H-R-N-I-H-E-V-P-S-I-K-K-I-V-I-N-R-G-L-G-D-A-S-Q-N-A-K-L-L-D-G-S-L-Q-E-L-T-T-I-A-G-Q-R-G-V-I-T-R-S-K-Q-A-I-A-A-F-K-I-R-Q-D-M-P-V-G-I-S-V-T-L-R-G-E-R-M-Y-A-F-L-D-R-L-I-N-L-A-L-P-R-I-R-D-F-Q-G-M-S-T-K-S-F-D-G-Q-G-N-Y-S-L-G-L-N-E-Q-L-M-F-P-E-I-N-Y-D-A-I-D-Q-M-R-G-M-D-I-S-I-I-T-S-A-T-E-D-R-E-G-F-A-L-L-Q-A-L-G-M-P-F-R-T-A-T-I-D


### FUNCTION One of the primary rRNA binding proteins, it binds directly to 16S rRNA central domain where it helps coordinate assembly of the platform of the 30S subunit ### SEQUENCE -M-I-Q-D-T-I-A-D-M-L-T-R-I-R-N-A-N-A-M-R-I-Y-T-V-C-M-P-M-T-S-V-A-R-E-I-A-V-I-L-E-T-E-G-W-I-D-S-W-K-E-A-S-V-N-S-L-I-L-R-L-K-Y-R-G-A-K-Q-Q-P-I-L-T-G-L-R-R-V-S-R-S-G-C-R-V-Y-V-S-A-K-E-V-P-K-V-L-G-G-M-G-T-A-I-I-S-T-S-K-G-I-M-T-D-R-E-A-R-N-H-R-L-G-G-E-V-I-C-L-I-W


### FUNCTION One of the essential components for the initiation of protein synthesis Stabilizes the binding of IF-2 and IF-3 on the 30S subunit to which N-formylmethionyl-tRNA Upon addition of the 50S ribosomal subunit IF-1, IF-2 and IF-3 are released leaving the mature 70S translation initiation complex ### SEQUENCE -M-N-K-Q-G-L-F-Q-M-E-G-L-V-I-E-S-L-P-N-A-M-F-R-V-R-L-Q-N-G-F-V-I-L-A-H-I-S-G-K-I-R-R-N-Y-I-R-I-I-V-G-D-R-V-L-C-E-L-T-P-Y-D-L-T-K-G-R-I-V-Y-R-Q-R-S-T-P-R-P


### FUNCTION Forms part of the ribosomal stalk which helps the ribosome interact with GTP-bound translation factors Is thus essential for accurate translation ### SEQUENCE -M-S-T-I-T-N-Q-I-I-E-Q-L-K-S-M-T-L-L-E-A-A-E-L-V-S-Q-I-E-E-T-F-G-V-D-A-S-A-P-A-A-G-A-V-M-V-A-A-A-A-P-S-A-P-V-V-E-E-Q-T-E-F-T-V-M-I-N-D-V-P-S-A-K-R-I-A-V-I-K-V-V-R-A-L-T-G-L-G-L-K-E-A-K-D-M-I-E-S-V-P-K-A-I-K-E-G-I-G-K-D-E-A-Q-Q-I-K-Q-Q-L-E-E-A-G-A-T-V-T-V-K


### FUNCTION Component of the cytochrome b6-f complex, which mediates electron transfer between photosystem II , cyclic electron flow around PSI, and state transitions ### SEQUENCE -M-S-V-T-K-K-P-D-L-T-D-P-V-L-R-A-K-L-A-K-G-M-G-H-N-Y-Y-G-E-P-A-W-P-N-D-L-L-Y-M-F-P-V-V-I-L-G-T-L-S-C-I-T-G-L-A-V-L-D-P-A-A-I-G-E-P-A-N-P-F-A-T-P-L-E-I-L-P-E-W-Y-F-F-P-V-F-Q-L-L-R-T-V-P-N-K-L-L-G-V-L-L-M-A-A-V-P-A-G-L-L-T-V-P-F-I-E-S-I-N-K-F-Q-N-P-F-R-R-P-V-A-T-T-V-F-L-I-G-T-V-V-A-I-W-L-G-I-G-A-T-L-P-I-D-I-S-L-T-L-G-L-F


### FUNCTION Produces ATP from ADP in the presence of a proton gradient across the membrane ### SEQUENCE -M-S-L-Q-V-R-I-L-T-P-E-Q-V-F-L-N-V-S-A-D-E-I-I-L-P-T-N-T-G-Q-M-G-V-L-T-N-H-T-P-L-I-T-A-I-D-I-G-P-M-L-V-R-S-E-S-T-W-Q-S-M-A-L-L-G-G-L-A-L-V-K-D-N-Q-V-I-I-L-V-N-E-A-E-L-G-S-D-I-N-A-E-E-A-E-T-T-F-L-A-A-K-E-A-L-A-N-S-K-T-R-K-D-Q-I-E-N-N-L-A-F-K-R-A-R-V-R-Y-Q-V-A-T-L-V-K


### FUNCTION One of the components of the core complex of photosystem II  and a proton gradient subsequently used for ATP formation It consists of a core antenna complex that captures photons, and an electron transfer chain that converts photonic excitation into a charge separation This subunit is found at the monomer-monomer interface ### SEQUENCE -M-E-V-N-I-L-G-L-I-A-T-A-L-F-I-I-I-P-T-S-F-L-L-I-L-Y-V-K-T-A-S-Q-Q-N


### FUNCTION Binds 16S rRNA, required for the assembly of 30S particles ### SEQUENCE -M-A-K-K-S-M-I-E-R-E-S-K-R-A-A-L-V-A-K-Y-A-T-R-R-Q-A-L-K-A-A-I-Q-K-T-K-S-F-D-E-R-L-V-L-Q-H-Q-L-Q-D-L-P-V-N-S-V-P-C-R-L-H-N-R-C-T-I-T-G-R-P-K-G-Y-Y-R-D-F-G-L-S-R-H-E-L-R-A-M-A-H-G-C-L-L-P-G-V-T-K-A-S-W


### FUNCTION Binds 16S rRNA, required for the assembly of 30S particles ### SEQUENCE -M-A-K-K-S-V-I-Q-R-N-I-N-R-L-K-L-I-N-K-Y-S-A-Q-R-E-A-I-K-N-E-I-K-R-T-S-K-V-E-K-K-I-S-L-Y-S-N-I-S-R-L-P-R-D-S-S-K-V-R-L-R-S-R-C-W-V-T-G-R-G-R-S-V-Y-K-N-F-G-L-S-R-H-M-F-R-F-M-A-S-N-G-L-L-P-G-V-V-K-S-S-W


### FUNCTION Component of the cytochrome b6-f complex, which mediates electron transfer between photosystem II , cyclic electron flow around PSI, and state transitions PetG is required for either the stability or assembly of the cytochrome b6-f complex ### SEQUENCE -M-V-E-V-L-L-T-G-I-V-L-G-S-I-F-I-T-L-L-G-L-L-A-A-A-K-L-Q-Y-N-R-K-K-T-N


### FUNCTION One of the components of the core complex of photosystem II  and a proton gradient subsequently used for ATP formation It consists of a core antenna complex that captures photons, and an electron transfer chain that converts photonic excitation into a charge separation ### SEQUENCE -M-I-I-N-Q-L-P-E-T-Y-N-I-F-A-P-I-I-D-I-M-P-V-I-P-I-L-F-L-L-L-A-F-V-W-Q-A-A-V-G-F-R


### FUNCTION PsaD can form complexes with ferredoxin and ferredoxin-oxidoreductase in photosystem I  reaction center ### SEQUENCE -M-Q-Q-S-L-N-L-K-M-P-S-P-E-F-Y-G-N-T-G-G-W-L-R-S-S-D-I-E-E-K-Y-A-I-T-W-S-S-K-N-E-D-I-F-E-I-P-T-G-G-V-A-K-M-K-A-G-D-N-L-L-Y-L-A-K-K-E-Q-C-L-A-L-G-N-Q-L-K-I-K-F-K-I-L-N-F-K-I-Y-R-I-F-P-N-G-E-A-Q-F-L-H-P-K-D-G-V-F-P-E-K-V-N-E-G-R-K-P-I-G-K-I-D-H-N-I-G-K-N-L-N-P-A-E-V-K-F-T-H-K-T-I-F


### FUNCTION Component of the cytochrome b6-f complex, which mediates electron transfer between photosystem II , cyclic electron flow around PSI, and state transitions ### SEQUENCE -M-S-Q-E-I-V-T-V-S-L-I-I-S-I-L-V-L-S-G-L-T-M-G-F-I-L-L-K-I-Q-K


### FUNCTION Component of the cytochrome b6-f complex, which mediates electron transfer between photosystem II , cyclic electron flow around PSI, and state transitions ### SEQUENCE -M-N-I-S-L-V-D-L-T-W-A-C-L-M-V-S-F-T-V-S-L-A-L-V-V-W-A-R-N-G-F


### FUNCTION Binds directly to 23S ribosomal RNA and is necessary for the in vitro assembly process of the 50S ribosomal subunit It is not involved in the protein synthesizing functions of that subunit ### SEQUENCE -M-V-R-V-K-R-G-N-V-A-R-K-R-R-K-K-I-L-K-L-A-S-G-F-K-G-A-H-S-K-L-F-R-V-A-N-Q-Q-V-N-K-S-L-R-Y-S-Y-V-G-R-K-L-K-K-R-R-F-R-R-L-W-I-L-R-L-N-A-A-S-R-E-E-G-L-N-Y-S-K-L-V-N-S-L-K-L-L-R-I-Q-L-N-R-K-S-L-S-Q-L-A-M-I-D-N-D-A-F-K-R-L-V-A-S-S-R-V


### FUNCTION Light-harvesting photosynthetic bile pigment-protein from the phycobiliprotein complex Allophycocyanin has a maximum absorption at approximately 650 nanometers ### SEQUENCE -M-S-I-V-T-K-S-I-V-N-A-D-A-E-A-R-Y-L-S-P-G-E-L-D-R-I-K-S-F-V-M-S-G-Q-R-R-L-R-I-A-Q-I-L-T-D-N-R-E-R-I-V-K-Q-A-G-Q-Q-L-F-Q-K-R-P-D-I-V-S-P-G-G-N-A-Y-G-E-E-M-T-A-T-C-L-R-D-L-D-Y-Y-L-R-L-I-T-Y-S-V-V-A-G-D-V-I-P-I-E-E-I-G-L-V-G-V-R-E-M-Y-N-S-L-G-T-P-L-S-G-V-A-E-G-I-R-S-M-K-S-V-V-S-G-L-L-A-G-D-D-A-A-E-A-S-F-Y-F-D-Y-A-I-G-A-M-Q


### FUNCTION Light-harvesting photosynthetic bile pigment-protein from the phycobiliprotein complex Allophycocyanin has a maximum absorption at approximately 650 nanometers ### SEQUENCE -M-Q-D-A-I-T-A-V-I-N-A-A-D-V-Q-G-K-Y-L-D-N-N-S-I-E-K-L-R-S-Y-F-Q-T-G-E-L-R-V-R-A-A-A-S-I-S-A-N-A-A-G-I-I-K-E-A-V-A-K-S-L-L-Y-S-D-I-T-R-P-G-G-N-M-Y-T-T-R-R-Y-A-A-C-I-R-D-L-D-Y-Y-L-R-Y-A-T-Y-S-M-L-A-G-D-P-S-I-L-D-E-R-V-L-N-G-L-K-E-T-Y-N-S-L-G-V-P-I-G-A-T-I-Q-S-I-Q-A-M-K-E-V-T-A-S-L-V-G-P-D-A-G-Q-E-M-G-V-Y-F-D-Y-I-C-S-G-L-S


### FUNCTION Binds to 23S rRNA ### SEQUENCE -M-A-K-I-I-S-S-E-L-P-D-L-I-L-S-S-V-I-T-D-K-T-I-K-L-L-E-T-K-N-Y-T-F-L-A-P-K-E-V-S-K-I-A-F-K-R-A-I-E-D-M-F-K-V-K-V-N-S-I-N-S-L-N-L-P-N-K-K-K-R-V-G-R-Y-K-T-G-S-L-P-L-Y-K-K-M-I-V-K-L-D-S-K-D-T-I-D-L-F-L-D-R


### FUNCTION Protein S19 forms a complex with S13 that binds strongly to the 16S ribosomal RNA ### SEQUENCE -M-S-R-S-I-K-K-G-P-Y-V-H-F-K-L-L-K-N-T-N-N-L-N-L-S-N-S-K-R-V-I-K-T-W-S-R-S-S-V-I-L-P-S-M-V-G-H-T-I-A-V-H-N-G-K-I-H-V-P-I-F-I-S-D-Q-M-V-G-H-K-L-G-E-F-A-F-T-R-S-F-R-S-H-A-K-I-D-K-K-I-R-K


### FUNCTION One of the primary rRNA binding proteins, it binds specifically to the 5'-end of 16S ribosomal RNA ### SEQUENCE -M-S-A-K-E-I-I-G-I-V-I-T-K-S-L-D-K-T-A-I-V-K-T-Q-S-K-S-S-H-E-R-Y-V-K-I-I-K-K-V-K-K-Y-T-V-H-D-R-E-N-I-S-R-V-G-D-K-V-I-I-L-Q-T-R-P-L-S-K-T-K-R-W-V-I-K-S-I-L


### FUNCTION Binds to 23S rRNA ### SEQUENCE -M-I-S-V-H-T-R-L-K-V-I-D-N-S-G-G-K-E-I-M-C-I-R-V-L-G-T-N-R-K-Y-A-T-L-G-D-V-I-I-G-V-V-K-N-A-V-P-N-M-P-V-K-K-S-D-V-V-R-A-V-V-V-R-I-K-K-T-I-N-R-K-N-F-F-S-V-R-F-D-D-N-A-A-V-I-I-G-S-D-G-N-P-K-G-T-R-I-F-G-P-V-A-R-E-L-R-D-K-N-F-S-K-I-A-S-L-A-Q-E-V-V


### FUNCTION One of two assembly initiator proteins, it binds directly to the 5'-end of the 23S rRNA, where it nucleates assembly of the 50S subunit ### SEQUENCE -M-I-N-V-R-V-I-N-K-K-R-R-I-Q-K-Y-K-V-S-V-K-S-G-D-T-I-K-V-I-S-G-K-Y-K-N-I-V-A-K-V-L-R-V-L-K-Y-S-N-E-I-I-V-K-G-V-N-I-K-I-K-H-I-K-P-V-R-D-N-E-M-G-S-L-K-S-L-E-F-P-I-N-I-S-K-V-V-L-L-E-S-R-K-K-E


### FUNCTION Binds 5S rRNA, forms part of the central protuberance of the 50S subunit ### SEQUENCE -M-S-G-G-N-L-Q-H-L-Y-F-N-K-I-R-V-E-L-Q-K-Q-F-E-Y-T-N-V-H-Q-I-P-K-L-T-K-I-T-L-N-R-G-L-G-T-L-Y-Q-Q-S-P-K-V-F-E-S-S-V-S-D-L-M-L-I-T-G-Q-K-P-R-F-N-K-S-K-K-S-I-A-G-F-K-L-R-E-G-T-V-V-G-L-S-V-T-L-R-R-K-K-M-Y-A-F-L-E-K-L-I-H-F-S-L-P-A-A-R-D-F-R-G-L-S-T-K-N-F-D-G-L-G-N-Y-N-L-G-I-K-E-H-A-I-F-P-E-I-D-F-D-K-I-D-H-S-Y-G-L-N-I-C-I-V-T-T-A-N-N-D-I-E-G-K-A-L-L-K-F-L-G-M-P-F-K-D


### FUNCTION One of the primary rRNA binding proteins, it binds directly to 16S rRNA central domain where it helps coordinate assembly of the platform of the 30S subunit ### SEQUENCE -M-V-N-D-S-I-S-D-M-L-T-R-L-R-N-A-I-C-A-Q-H-K-V-V-Q-V-P-L-T-N-I-N-K-N-I-L-K-V-L-Q-K-E-G-Y-I-K-N-F-E-I-L-F-E-R-K-S-G-Y-L-L-V-S-L-K-Y-N-S-L-N-Q-D-K-P-C-L-S-V-L-K-K-I-S-R-P-G-L-R-M-Y-V-R-T-K-K-I-P-K-V-L-G-G-T-G-I-A-I-I-S-T-S-K-G-V-M-T-G-S-I-A-R-N-L-G-I-G-G-E-I-L-C-Y-I-W


### FUNCTION Binds 5S rRNA, forms part of the central protuberance of the 50S subunit ### SEQUENCE -M-I-N-D-I-K-Q-L-H-K-R-Y-R-L-L-V-H-L-S-N-N-H-V-Y-A-Q-I-I-D-D-L-N-N-R-T-V-L-S-V-S-T-L-T-P-Q-V-K-S-K-L-S-I-T-C-N-K-K-A-A-E-L-V-G-E-Y-V-A-Q-Q-A-L-N-F-G-I-R-N-V-V-F-D-R-G-R-K-L-Y-H-G-K-V-E-V-L-A-N-S-A-R-S-F-G-L-K-F


### FUNCTION With S4 and S12 plays an important role in translational accuracy ### SEQUENCE -M-S-R-D-T-S-A-N-S-S-G-Q-Q-N-Y-T-W-S-E-R-V-I-Q-I-T-R-V-T-K-V-V-K-G-G-K-K-L-S-F-R-A-I-I-V-I-G-N-N-Q-G-S-V-G-V-G-V-G-K-A-S-D-V-I-G-A-V-K-K-G-V-S-D-C-K-K-Q-I-I-E-F-P-L-T-S-S-S-T-I-S-H-A-V-E-G-R-F-G-A-A-S-V-I-L-K-P-S-V-Q-G-S-G-V-I-A-G-G-A-M-R-T-V-I-E-L-S-G-I-K-N-I-V-A-K-Q-L-G-T-K-N-H-L-N-N-A-K-A-T-I-N-A-L-S-K-L-N-S-K-S-S-Q-L-S-L-M-S-F-S-N


### FUNCTION Binds the 23S rRNA ### SEQUENCE -M-A-K-K-N-I-H-P-Q-W-Y-E-E-A-K-F-Y-C-N-G-E-I-V-K-I-I-G-S-T-R-M-E-I-N-A-D-I-W-S-G-N-H-P-F-Y-I-G-T-Q-K-I-V-D-T-E-G-R-I-D-K-F-I-R-K-Y-N-L-N-S-E-N-S-E-S-L


### FUNCTION With S4 and S5 plays an important role in translational accuracy Located at the interface of the 30S and 50S subunits ### SEQUENCE -M-P-T-I-Q-Q-L-I-R-F-E-R-K-Q-I-V-G-T-S-K-S-A-A-L-E-S-C-P-Q-K-K-G-V-C-T-K-V-Y-T-T-T-P-K-K-P-N-S-A-L-R-K-V-A-R-V-R-L-T-S-G-F-E-I-T-A-Y-I-P-G-I-G-H-N-L-Q-E-H-S-V-V-L-I-R-G-G-R-V-K-D-L-P-G-V-R-Y-H-I-I-R-G-A-L-D-S-T-G-V-K-N-R-L-R-A-R-S-K-Y-G-A-S-K-P-K-K


### FUNCTION One of the primary rRNA binding proteins, it binds directly to 16S rRNA where it nucleates assembly of the head domain of the 30S subunit ### SEQUENCE -M-S-Q-K-D-P-Y-K-T-Y-R-L-V-S-D-P-F-Y-E-S-P-L-V-T-L-L-I-M-H-V-L-R-N-G-K-K-S-I-S-Q-R-I-V-Y-S-A-I-E-N-I-A-M-K-V-K-E-D-P-L-E-I-I-E-R-A-I-K-N-V-I-P-A-V-E-I-R-S-R-R-I-G-G-S-T-Y-Q-V-P-T-E-V-R-V-H-R-G-I-S-L-S-I-R-W-V-I-K-F-A-K-I-R-P-G-K-S-M-S-L-K-L-A-N-E-L-L-D-A-S-K-N-L-G-N-S-I-R-K-K-E-D-T-H-K-M-A-E-A-N-R-A-F-A-H-Y-R-Y


### FUNCTION Involved in the binding of tRNA to the ribosomes ### SEQUENCE -M-V-R-P-L-N-D-F-H-E-A-K-V-R-I-K-L-S-S-Y-S-A-S-L-L-N-L-S-C-N-N-V-L-Q-S-I-K-E-S-N-T-S-V-K-G-P-V-F-L-P-T-R-R-R-V-Y-C-V-L-R-S-P-H-V-N-K-D-S-R-E-H-F-E-I-R-S-H-F-R-I-I-D-I-S-S-C-S-S-E-T-I-E-M-L-M-R-L-D-L-P-T-G-V-N-I-E-I-K-T


### FUNCTION Allophycocyanin is a photosynthetic bile pigment-protein complex with maximum absorption at approximately 650 nanometers ### SEQUENCE -M-S-F-V-S-K-T-I-I-E-A-D-H-E-L-R-Y-L-N-G-A-E-L-E-I-L-R-A-Y-L-N-S-S-E-K-R-I-K-V-I-K-T-L-R-D-R-E-K-E-I-I-S-K-A-S-R-K-L-F-Q-I-H-P-D-Y-I-G-P-G-G-N-A-S-G-S-R-Q-R-A-L-C-L-R-D-Y-G-W-Y-L-R-L-I-T-Y-S-I-I-A-G-D-K-N-P-V-E-R-I-G-L-L-G-V-R-D-M-Y-N-S-L-G-V-P-L-I-G-M-V-D-S-I-Q-C-L-K-D-A-A-L-A-E-L-K-S-E-E-E-V-K-L-A-E-P-Y-F-D-F-V-I-Q-N-M-A-Q


### FUNCTION May help in the organization of the PsaE and PsaF subunits ### SEQUENCE -M-D-K-N-L-L-K-Y-I-Y-T-V-P-V-I-S-T-L-W-L-L-L-T-A-G-I-L-I-E-I-N-R-F-Y-P-D-A-L-F-Y-A-F


### FUNCTION Probably participates in efficiency of electron transfer from plastocyanin to P700  This plastocyanin-docking protein contributes to the specific association of plastocyanin to PSI ### SEQUENCE -M-K-S-K-V-L-Q-R-F-V-L-C-I-T-A-S-L-L-F-W-N-L-N-I-A-T-H-A-S-T-L-T-P-C-E-N-S-A-Q-F-Q-A-R-L-N-N-N-I-K-K-L-E-N-K-L-T-Y-Y-K-Q-N-S-Q-E-Y-T-S-I-K-Q-Q-I-E-K-T-K-I-R-F-D-K-Y-A-K-S-S-L-L-C-G-E-D-G-L-P-H-L-I-T-D-G-D-W-Q-H-S-G-E-F-F-I-P-S-V-L-F-I-Y-I-A-G-W-I-G-W-A-G-K-G-Y-L-Q-Y-S-K-T-L-T-K-P-N-E-N-E-I-I-I-D-L-P-R-A-L-K-Y-M-F-S-G-F-A-W-P-I-L-A-L-K-E-F-K-N-G-S-L-L-A-S-N-D-E-I-T-T-S-P-R


### FUNCTION A core subunit of photosystem II ### SEQUENCE -M-L-N-W-Q-V-I-V-Q-L-V-F-L-A-L-I-I-T-T-G-P-V-I-I-V-Y-L-S-T-R-E-R-N-L-L


### FUNCTION IF-3 binds to the 30S ribosomal subunit and shifts the equilibrum between 70S ribosomes and their 50S and 30S subunits in favor of the free subunits, thus enhancing the availability of 30S subunits on which protein synthesis initiation begins ### SEQUENCE -M-L-G-G-E-L-L-K-Y-K-S-S-K-E-S-H-I-L-I-N-E-N-I-N-F-P-C-V-R-V-V-D-V-T-G-K-Q-L-G-I-L-D-T-R-Q-A-V-E-Y-A-K-N-Q-G-V-D-L-V-L-V-N-E-I-S-D-P-P-V-C-K-L-I-D-Y-G-K-H-K-F-I-V-E-K-R-V-K-E-G-R-K-K-Q-S-G-A-L-V-K-E-V-K-M-T-Y-K-I-N-E-H-D-Y-E-T-R-L-N-Q-A-F-K-F-L-K-S-G-N-K-V-K-V-T-L-T-F-K-G-R-E-I-Q-H-L-S-L-G-T-M-L-L-N-R-L-M-T-D-L-Q-Q-I-A-E-V-K-R-S-P-Y-Q-D-G-K-T-M-I-L-I-L-T-P-K-I-V-D-P-Q


### FUNCTION Probably a ribosomal protein or a ribosome-associated protein ### SEQUENCE -M-K-Q-Y-K-I-K-V-L-W-L-R-N-N-I-A-I-A-V-D-R-L-I-G-D-S-L-F-P-M-T-Y-Y-Y-F-W-P-R-T-D-A-W-E-Q-L-K-I-E-L-D-S-Q-P-G-L-F-A-K-D-K-V-V-I-L-N-Q-V-T-R-I-I-D-Y-W-Q-E-N-K-K-S-V-F-P-N-L-S-E-L-Q-S-H-F-P-D-L-I-C-S-G-C-Y


### FUNCTION Component of the cytochrome b6-f complex, which mediates electron transfer between photosystem II , cyclic electron flow around PSI, and state transitions ### SEQUENCE -M-T-I-I-K-K-P-D-L-N-N-A-L-L-R-A-K-L-A-K-G-M-G-H-S-Y-Y-G-E-P-A-W-P-N-D-L-L-Y-T-F-P-I-V-I-L-G-T-I-T-C-C-V-G-L-A-V-L-E-P-S-S-L-G-E-P-A-N-P-F-A-T-P-L-E-I-L-P-E-W-Y-L-Y-P-T-F-N-M-L-R-I-I-P-N-K-L-F-G-V-I-S-I-S-L-V-P-V-G-L-G-I-V-P-F-V-E-N-I-N-K-F-Q-N-P-F-R-R-P-I-A-T-S-V-F-I-F-G-T-V-T-T-V-W-L-G-I-G-A-T-M-S-I-D-K-A-L-T-L-G-I-F-F


### FUNCTION Forms part of the ribosomal stalk which helps the ribosome interact with GTP-bound translation factors Is thus essential for accurate translation ### SEQUENCE -M-D-K-I-D-E-I-V-E-K-I-K-L-L-S-L-L-E-A-S-E-L-V-K-R-I-E-D-T-F-Q-V-N-V-S-N-I-Q-P-V-T-G-L-S-S-N-L-T-T-T-Q-Q-T-P-E-S-A-E-V-K-E-K-W-D-V-I-L-E-N-V-P-A-D-K-K-I-A-I-L-K-V-V-R-S-I-T-G-L-G-L-K-E-A-K-E-F-V-E-S-V-P-K-I-I-K-Q-S-I-S-Q-A-D-A-E-H-I-K-Q-Q-I-E-D-A-G-A-S-V-V-L-K


### FUNCTION Forms part of the ribosomal stalk which helps the ribosome interact with GTP-bound translation factors ### SEQUENCE -M-I-K-K-I-I-T-T-V-K-L-A-L-P-A-G-K-A-T-P-A-P-P-V-G-P-A-L-G-Q-H-G-V-N-I-M-M-F-V-K-E-Y-N-A-R-T-E-E-Q-K-G-S-I-I-P-A-E-I-Q-I-Y-E-D-K-S-F-T-F-I-L-K-T-P-P-A-S-I-L-L-K-Q-A-T-G-I-E-K-A-T-K-A-P-R-R-E-Q-V-G-S-I-S-Y-K-E-I-Q-N-I-A-K-I-K-I-N-E-L-N-T-K-D-L-S-K-A-I-K-I-I-E-G-T-A-K-N-M-G-I-S-V-E-T


### FUNCTION Possible role in chlorophyll and/or carotenoid binding ### SEQUENCE -M-P-K-Y-G-F-H-Q-S-T-E-L-I-N-G-R-L-A-M-L-A-F-I-L-S-L-F-I-E-F-I-T-E-Q-K-I-L-H-F-L-K-F-L


### FUNCTION Seems to be required for the assembly of the photosystem I complex ### SEQUENCE -M-K-K-I-K-R-D-K-I-V-G-A-G-K-I-S-N-Y-L-L-L-I-I-M-L-G-G-G-I-S-F-F-I-V-G-F-L-S-Y-F-K-A-F-E-H-I-A-L-F-S-R-F-V-N-S-D-I-R-F-I-P-Q-G-I-T-M-I-F-Y-G-T-M-A-I-C-L-S-I-Y-I-Y-F-S-I-Y-Y-D-I-G-A-G-Y-N-E-F-N-L-I-S-K-K-V-V-V-F-R-K-G-F-P-G-K-N-R-L-I-K-F-V-L-P-I-P-H-L-K-S-V-K-V-M-A-R-G-G-I-N-P-K-Y-E-V-F-L-Y-T-K-N-L-S-R-I-P-I-G-Q-V-F-K-L-S-K-L-E-Y-Q-A-S-E-I-A-T-F-L-G-L-A-F-E-Q-Y-N-L


### FUNCTION One of the components of the core complex of photosystem II  and a proton gradient subsequently used for ATP formation It consists of a core antenna complex that captures photons, and an electron transfer chain that converts photonic excitation into a charge separation This subunit is found at the monomer-monomer interface and is required for correct PSII assembly and/or dimerization ### SEQUENCE -M-S-G-I-N-P-N-K-Q-P-V-E-L-N-R-T-S-L-F-W-G-L-L-L-I-F-V-L-A-V-L-F-S-S-Y-F-F-N


### FUNCTION One of the components of the core complex of photosystem II  and a proton gradient subsequently used for ATP formation It consists of a core antenna complex that captures photons, and an electron transfer chain that converts photonic excitation into a charge separation ### SEQUENCE -M-N-S-T-G-R-I-P-L-W-L-V-V-T-F-G-G-I-V-V-L-T-V-L-G-I-F-I-Y-G-S-Y-S-G-L-G-S-S-L


### FUNCTION May help in the organization of the PsaL subunit ### SEQUENCE -M-A-I-S-Y-L-P-A-I-L-V-P-V-I-G-L-V-M-P-I-F-C-I-V-F-L-F-L-Y-I-E-K-E-S-L-N


### FUNCTION F is coupled via a rotary mechanism of the central stalk subunits to proton translocation ### SEQUENCE -M-I-L-L-L-T-N-S-K-I-I-Y-P-Y-S-E-A-L-F-S-I-A-K-D-Q-E-K-F-E-V-I-K-N-D-M-E-L-F-V-T-F-T-K-N-L-N-G-F-K-K-F-L-E-T-P-L-I-N-K-N-K-K-I-K-V-V-K-D-V-F-S-K-I-L-N-S-T-T-L-N-F-I-S-I-L-I-N-K-N-R-I-M-F-V-S-N-I-S-E-K-Y-N-Q-L-V-L-K-D-K-S-V-K-L-V-K-I-A-C-A-R-Q-L-S-E-K-Q-A-Q-A-L-S-E-V-L-K-H-K-F-K-C-L-S-V-K-L-I-F-N-I-E-P-E-L-I-A-G-F-K-I-F-I-E-S-Q-V-I-D-V-S-L-Q-G-E-L-K-E-F-E-W-Y-L-T-K


### FUNCTION F is coupled via a rotary mechanism of the central stalk subunits to proton translocation ### SEQUENCE -M-R-S-Q-S-L-N-F-V-A-S-N-T-T-S-D-F-I-S-N-L-L-E-S-N-V-I-N-I-I-I-L-I-S-L-L-I-Y-L-G-K-R-T-I-V-T-N-L-N-D-R-K-L-N-I-Q-C-S-I-L-E-A-E-K-K-L-S-Q-A-Q-L-R-L-A-E-A-E-K-K-I-T-E-S-E-E-I-I-S-I-L-K-H-E-A-K-I-A-A-N-K-I-K-E-L-I-V-N-N-A-K-R-K-I-D-K-I-I-L-D-G-K-T-I-I-A-N-T-E-I-E-I-M-N-Q-I-K-N-R-I-I-S-T-A-I-D-K-T-K-I-K-L-T-K-N-L-Q-A-E-T-I-E-R-I-T-D-N-K-I-T-F-L-N-N-N-L


### FUNCTION P-II indirectly controls the transcription of the glutamine synthetase gene ### SEQUENCE -M-F-S-K-L-E-A-I-I-R-P-F-K-L-E-E-V-K-V-R-L-M-T-F-G-V-P-G-I-T-V-T-N-V-M-G-C-G-K-Q-I-G-G-I-E-R-S-K-G-V-E-Y-D-S-E-L-I-E-K-V-K-I-E-I-V-V-M-N-E-H-I-D-E-L-I-E-I-I-I-N-A-V-W-T-G-E-I-G-D-G-K-I-F-V-S-P-V-S-S-V-I-R-I-R-T-Q-D-K-D-L-D-A-I


### FUNCTION Produces ATP from ADP in the presence of a proton gradient across the membrane ### SEQUENCE -M-A-L-T-V-K-V-I-T-P-D-R-V-V-W-K-K-T-V-E-E-I-I-L-P-S-S-T-G-Q-L-G-I-L-M-N-H-A-P-L-L-T-A-L-D-I-G-V-M-R-A-R-M-V-N-T-W-V-P-L-V-L-L-G-G-F-A-Q-I-D-N-N-L-V-T-I-I-V-S-D-A-E-E-V-K-A-I-D-E-E-E-A-N-K-L-L-A-A-S-L-A-N-M-E-K-A-Q-S-N-R-E-K-I-E-S-M-Q-N-L-R-R-A-R-A-R-M-Q-A-I-L-S-L-K


### FUNCTION Essential for the assembly of the photosystem I  complex May act as a chaperone-like factor to guide the assembly of the PSI subunits ### SEQUENCE -M-P-R-S-Q-K-N-D-N-F-I-D-K-T-F-S-I-I-A-D-L-I-V-K-I-L-P-T-N-K-E-S-K-E-A-F-Y-Y-Y-K-D-G-M-A-A-Q-S-E-G-E-Y-A-E-A-L-A-C-Y-Y-Q-A-L-K-I-E-K-D-P-M-D-K-S-F-I-L-Y-N-I-G-L-I-Q-A-S-N-G-Q-H-A-R-A-L-E-Y-Y-H-E-S-L-K-F-N-P-N-L-V-Q-A-L-N-N-I-A-V-I-Y-H-Y-Y-G-N-K-L-F-E-Q-S-K-L-Q-E-A-K-L-M-F-D-K-A-S-N-Y-W-R-K-A-I-K-L-A-P-Y-N-Y-I-E-A-Q-N-W-L-K-I-T-G-R-I-T-E-D-I-M-L


### FUNCTION One of the primary rRNA binding proteins, it binds directly to 16S rRNA where it nucleates assembly of the head domain of the 30S subunit ### SEQUENCE -M-S-R-R-G-T-V-E-E-K-T-A-K-S-D-P-I-Y-R-N-R-L-V-N-M-L-V-N-R-I-L-K-H-G-K-K-S-L-A-Y-Q-I-L-Y-R-A-V-K-K-I-Q-Q-K-T-E-T-N-P-L-S-V-L-R-Q-A-I-R-G-V-T-P-D-I-A-V-K-A-R-R-V-G-G-S-T-H-Q-V-P-I-E-I-G-S-T-Q-G-K-A-L-A-I-R-W-L-L-G-A-A-R-K-R-P-G-R-N-M-A-F-K-L-S-S-E-L-V-D-A-A-K-G-S-G-D-A-I-R-K-K-E-E-T-H-R-M-A-E-A-N-R-A-F-A-H-F-R


### FUNCTION With S4 and S5 plays an important role in translational accuracy Located at the interface of the 30S and 50S subunits ### SEQUENCE -M-L-T-N-N-Q-L-L-K-H-S-R-I-K-K-K-K-Q-S-Y-N-F-Y-T-K-P-Q-I-K-G-L-C-I-K-V-F-T-R-T-P-K-K-P-N-S-A-L-R-K-I-A-K-I-K-L-K-N-K-K-E-I-L-A-Y-I-P-G-E-G-H-A-L-Q-D-H-N-F-V-L-I-K-K-G-R-V-Q-D-L-P-G-I-K-Y-K-V-I-R-G-V-L-D-T-I-G-V-L-N-R-K-S-S-R-S-K-Y-G-T-K-K-I-I


### FUNCTION Component of the cytochrome c oxidase, the last enzyme in the mitochondrial electron transport chain which drives oxidative phosphorylation The respiratory chain contains 3 multisubunit complexes succinate dehydrogenase  The BNC reduces molecular oxygen to 2 water molecules using 4 electrons from cytochrome c in the IMS and 4 protons from the mitochondrial matrix ### SEQUENCE -L-E-N-R-V-A-E-K-Q-K-L-F-Q-E-D-N-G-L-P-V-H-L-K-G-G-A-T-D-N


### FUNCTION Component of the cytochrome c oxidase, the last enzyme in the mitochondrial electron transport chain which drives oxidative phosphorylation The respiratory chain contains 3 multisubunit complexes succinate dehydrogenase  The BNC reduces molecular oxygen to 2 water molecules using 4 electrons from cytochrome c in the IMS and 4 protons from the mitochondrial matrix ### SEQUENCE -F-E-N-K-V-P-E-K-Q-K-L-F-Q-E-D-N-G-I-P-V-V-L-K-G-G-V-A-D-A


### FUNCTION Component of the cytochrome c oxidase, the last enzyme in the mitochondrial electron transport chain which drives oxidative phosphorylation The respiratory chain contains 3 multisubunit complexes succinate dehydrogenase  The BNC reduces molecular oxygen to 2 water molecules using 4 electrons from cytochrome c in the IMS and 4 protons from the mitochondrial matrix ### SEQUENCE -F-E-N-K-V-P-E-K-Q-K-L-F-Q-E-D-N-G-I-P-V-H-L-K-G


### FUNCTION Component of the cytochrome c oxidase, the last enzyme in the mitochondrial electron transport chain which drives oxidative phosphorylation The respiratory chain contains 3 multisubunit complexes succinate dehydrogenase  The BNC reduces molecular oxygen to 2 water molecules using 4 electrons from cytochrome c in the IMS and 4 protons from the mitochondrial matrix ### SEQUENCE -F-E-N-K-V-A-E-K-Q-K-L-F-Q-A-D-N-G-L-P-V-X-L-K


### FUNCTION Component of the class I major histocompatibility complex ### SEQUENCE -M-A-R-F-V-V-V-A-L-L-V-L-L-S-V-S-D-L-E-A-I-Q-H-P-P-K-I-Q-V-Y-S-R-Y-P-A-D-N-G-K-P-N-F-L-N-C-Y-V-S-G-F-H-P-S-D-I-E-V-D-L-L-K-N-G-K-K-I-E-K-V-E-H-S-D-L-S-F-S-K-D-W-S-F-Y-L-L-Y-Y-T-E-F-T-P-N-E-K-D-E-Y-A-C-R-V-S-H-V-T-F-L-T-P-K-T-V-K-W-D-R-N-M


### FUNCTION Binds and deliver cytosolic copper to the copper ATPase proteins May be important in cellular antioxidant defense ### SEQUENCE -M-P-K-H-E-F-S-V-D-M-T-C-E-G-C-S-N-A-V-S-R-V-L-N-K-L-G-G-V-E-F-D-I-D-L-P-N-K-K-V-C-I-N-S-E-H-S-V-D-I-L-L-E-T-L-E-K-T-G-K-A-V-S-Y-L-G-P-K


### FUNCTION Affects the rate of fibrils formation May have a primary role in collagen fibrillogenesis ### SEQUENCE -L-D-H-N-N-L-T-R-M-P-G-P-L-P-R-S-L-R-E-L-H-L-D-H-N-Q-I-S-R-V-P-N-N-A-L-E-G-L-E-N-L-T-A-L-Y-L-Q-H-N-E-I-Q-E-V-G-S-S-M-R-G-L-R-S-L-I-L-L-D-L-S-Y-N-H-L-R-K-V-P-D-G-L-P-S-A-L-E-Q-L-Y-L-E-H-N-N-V-Y-S-V-P-D-S-Y-F-R-G-S-P-K-L-L-Y-V-R-L-S-H-N-S-L-T-N-N-G-L-A-S-N-T-F-N-S-S-S-L-L-E-L-D-L-S-Y-N-Q-L-Q-K-I


### FUNCTION Protamines substitute for histones in the chromatin of sperm during the haploid phase of spermatogenesis They compact sperm DNA into a highly condensed, stable and inactive complex ### SEQUENCE -M-A-R-Y-R-R-H-S-R-S-R-S-R-S-R-Y-R-R-R-R-R-R-R-S-R-H-H-N-R-R-R-T-Y-R-R-S-R-R-H-S-R-R-R-R-G-R-R-R-G-Y-S-R-R-R-Y-S-R-R-R-R-R-Y


### FUNCTION Protamines substitute for histones in the chromatin of sperm during the haploid phase of spermatogenesis They compact sperm DNA into a highly condensed, stable and inactive complex ### SEQUENCE -M-A-R-Y-R-R-H-S-R-S-R-S-R-S-R-Y-R-R-R-R-R-R-R-S-R-H-H-N-R-R-R-T-Y-R-R-S-R-R-H-S-R-R-R-R-R-R-R-R-G-Y-S-R-R-R-Y-S-R-R-G-R-R-R-Y


### FUNCTION Protamines substitute for histones in the chromatin of sperm during the haploid phase of spermatogenesis They compact sperm DNA into a highly condensed, stable and inactive complex ### SEQUENCE -M-A-R-Y-R-R-H-S-R-S-R-S-R-S-R-Y-R-R-R-R-R-R-R-S-R-H-H-N-R-R-R-T-Y-R-R-S-R-R-H-S-I-R-R-R-G-R-R-R-G-Y-S-R-R-R-Y-S-R-R-G-R-R-R-Y


### FUNCTION Pore-forming ### SEQUENCE -L-L-K-E-T-E-E-G-S-Q-A-P-D-C-G-Y-A-C-Q-P-L-A-V-V-D-L-I-V-D-I-M-F-I-V-D-I-L-I-N-F-R-T-T-Y-V-N-A-N-E-E-V-V-S-H-P-G-R-I-A-V-H-Y-F-K-G-W-F-L-I-D-M-V-A-A-I-P-F-D-L-L-I-F-G-S-G-S-E-E-L-I-G-L-L-K-T-A-R


### FUNCTION Seems to bind zinc and copper Could play a special role in regulating zinc metabolism during the differentiation of stratified epithelia ### SEQUENCE -M-D-P-G-E-C-T-C-M-S-G-G-I-C-I-C-G-D-N-C-K-C-T-T-C-N-C-K-T-C-R-K-S-C-C-P-C-C-P-P-G-C-A-K-C-A-Q-G-C-I-C-K-G-G-S-D-K-C-S-C-C-A


### FUNCTION Potentiates the contractile activity of bradykinin on the isolated guinea-pig ileum Inhibits the hydrolysis of bradykinin by angiotensin-converting enzyme  and also inhibits the conversion of angiotensin I to angiotensin II by kininase II from guinea-pig ileum tissue Also increases the depressor effect of bradykinin on arterial blood pressure in the anaesthetized rat ### SEQUENCE -K-K-D-G-Y-P-V-E-Y-D-R-A-Y


### FUNCTION Has a vascular smooth muscle contracting activity Causes short-lived contractions of both arterial and venous rabbit vessels ### SEQUENCE -L-A-K-R-A-D-I-C-Q-P-G-K-T-S-Q-R-A-C-E-T


### FUNCTION Component of the larval cuticle ### SEQUENCE -G-L-I-G-A-P-I-A-A-P-I-A-A-P-L-A-T-S-V-V-S-T-R-T-I-H-A-A-P-V-A-V-A-H-A-A-P-L-A-V-A-H-A-A-P-V-A-V-A-H-A-A-P-L-A-V-A-H-A-A-P-V-A-V-A-H-A-A-P-L-A-V-A-H-A-A-P-A-I-A-Y-G-G-Y-G-S-G-L-I-G-G-A-Y-G-G-G-L-I-G-S-R-S-L-Y-G-G-Y-G-S-G-L-G-I-A-R-S-T-P-G-G-Y-G-S-G-L-I-G-G-A-Y-G-S-G-L-I-G-G-G-L-Y-G-A-R-Y-G-L-G-A-P-A-L-G-H-G-L-I-G-G-A-H-L-Y


### FUNCTION Component of the tRNA-splicing ligase complex required to facilitate the enzymatic turnover of catalytic subunit RtcB ### SEQUENCE -M-P-S-T-S-M-I-E-D-R-S-E-I-E-R-R-R-F-E-Y-L-D-H-P-A-D-I-Q-L-H-S-W-G-S-T-M-E-E-A-F-E-A-C-L-V-S-M-F-G-Y-M-T-D-L-A-K-V-D-E-M-Y-E-F-Y-W-K-A-S-G-D-S-L-D-G-L-L-F-Q-F-L-D-E-A-L-N-S-F-H-A-E-P-C-F-V-A-K-R-V-E-I-L-R-F-D-K-K-K-F-E-I-E-F-R-G-W-G-E-S-F-D-T-S-K-H-E-T-E-A-D-I-K-S-P-T-Y-S-N-M-Q-I-N-E-K-P-E-R-C-D-I-Y-V-I-V-D-I


### FUNCTION Binds to actin and affects the structure of the cytoskeleton At high concentrations, profilin prevents the polymerization of actin, whereas it enhances it at low concentrations By binding to PIP2, it inhibits the formation of IP3 and DG ### SEQUENCE -M-S-W-D-S-Y-L-D-N-L-V-A-Q-S-K-D-A-S-G-T-A-H-V-D-R-C-C-I-I-G-L-D-G-G-A-A-W-T-T-A-G-H-A-C-A-L-K-L-Q-G-Q-E-G-P-N-I-A-K-C-F-K-S-K-D-F-T-A-F-M-S-G-G-V-R-A-E-G-E-K-Y-Q-F-L-R-E-E-E-G-K-T-V-L-A-K-K-K-G-N-G-A-I-T-L-Q-A-S-K-T-A-I-V-L-G-H-C-P-E-G-G-Q-Q-G-N-T-N-K-A-V-G-V-I-A-D-Y-L-E-S-L-G-M


### FUNCTION Guanine-nucleotide-releasing protein that acts on members of the sec4/ypt1/rab subfamily ### SEQUENCE -M-T-T-E-Y-L-D-E-E-R-D-L-P-L-P-R-Q-K-K-G-I-D-H-T-Q-T-E-P-I-R-G-F-F-G-V-K-D-M-F-A-F-E-N-V-G-F-T-R-S-S-E-G-K-R-Y-L-V-C-G-E-C-E-Q-G-P-V-G-F-V-D-P-V-T-E-M-N-Y-V-S-P-E-R-L-D-V-L-P-D-V-A-A-A-A-V-E-A-G-K


### FUNCTION Involved in pre-60S ribosomal particles maturation by promoting the nuclear export of the 60S ribosome ### SEQUENCE -M-P-S-G-G-Q-R-K-H-T-I-S-N-K-T-R-K-R-P-G-K-D-L-D-Q-I-H-E-D-L-K-P-E-K-A-A-K-L-L-Q-Q-E-I-D-Y-D-L-P-G-N-G-Q-F-Y-C-I-E-C-E-R-H-F-V-D-E-K-T-R-Q-L-H-R-K-T-K-L-H-K-N-R-V-K-T-L-K-E-V-P-Y-T-Q-A-E-A-N-A-A-G-G-S-G-F-F-P-A-I-T-L-K-T-R-V-E-L-P-K-Q-P-E-I-P-I-P-V-V-A-E-T


### FUNCTION Transcription elongation factor implicated in the maintenance of proper chromatin structure in actively transcribed regions ### SEQUENCE -M-G-R-R-K-S-K-R-K-P-P-P-K-R-K-A-I-E-P-L-D-Q-Q-F-N-C-P-F-C-N-H-E-K-S-C-E-V-K-M-D-R-A-K-N-T-A-M-I-Q-C-T-V-C-L-E-D-F-H-T-T-T-N-V-L-S-E-P-I-D-V-Y-N-D-W-V-D-A-C-E-S-A-N


### FUNCTION The metallothioneins are involved in the cellular sequestration of toxic metal ions ### SEQUENCE -M-P-S-P-C-N-C-I-E-T-Q-V-C-I-C-G-T-G-C-S-G-E-G-C-R-C-G-D-A-C-K-C-S-S-G-C-G-C-S-G-C-K-V-V-C-K-C-Q-P-G-E-C-A-C-G-K-Q-C-T-G-P-D-T-C-K-C-D-S-S-C-S-C-K


### FUNCTION FABPs are thought to play a role in the intracellular transport of long-chain fatty acids and their acyl-CoA esters ### SEQUENCE -M-A-N-I-A-G-Q-Y-K-L-D-K-S-E-N-F-D-Q-F-L-D-K-L-G-V-G-F-L-V-K-T-A-A-K-T-V-K-P-T-L-E-V-A-V-D-G-D-T-Y-I-F-R-S-L-S-T-F-K-N-T-E-I-K-F-K-L-G-E-E-F-E-E-D-R-A-D-G-K-R-V-K-T-V-I-V-K-D-G-D-N-K-F-V-Q-T-Q-Y-G-D-K-E-V-K-V-V-R-E-F-K-G-D-E-V-E-V-T-A-S-V-D-G-V-T-S-V-R-P-Y-K-R-A


### FUNCTION The metallothioneins are involved in the cellular sequestration of toxic metal ions and regulation of essential trace elements This isoform binds exclusively copper ### SEQUENCE -M-P-C-G-C-G-T-S-C-K-C-G-S-G-K-C-C-C-G-S-T-C-N-C-T-T-C-P-S-K-Q-S-C-S-C-N-D-G-A-C-G-S-A-C-Q-C-K-T-S-C-C-C-G-A-D-C-K-C-S-P-C-P-M-K


### FUNCTION Omega-conotoxins act at presynaptic membranes, they bind and block voltage-gated calcium channels ### SEQUENCE -M-K-L-T-C-M-M-I-V-A-V-L-F-L-T-A-W-T-L-V-M-A-D-D-S-N-N-G-L-A-N-L-F-S-K-S-R-D-E-M-E-D-P-E-A-S-K-L-E-K-K-D-C-Q-E-K-W-D-F-C-P-A-P-F-F-G-S-R-Y-C-C-F-G-L-F-C-T-L-F-F-C-A


### FUNCTION Omega-conotoxins act at presynaptic membranes, they bind and block voltage-gated calcium channels ### SEQUENCE -M-K-L-T-C-M-M-I-V-A-V-L-F-L-T-A-W-T-F-V-T-A-V-P-H-S-S-N-A-L-E-N-L-Y-L-K-A-R-H-E-M-E-N-P-E-A-S-K-L-N-T-R-D-D-C-E-P-P-G-N-F-C-G-M-I-K-I-G-P-P-C-C-S-G-W-C-F-F-A-C-A


### FUNCTION Omega-conotoxins act at presynaptic membranes, they bind and block voltage-gated calcium channels ### SEQUENCE -M-K-L-T-C-M-M-I-V-A-V-L-F-L-T-A-W-T-F-V-T-A-V-P-H-S-S-N-A-L-E-N-L-Y-L-K-A-H-H-E-M-N-N-P-E-D-S-E-L-N-K-R-C-Y-D-S-G-T-S-C-N-T-G-N-Q-C-C-S-G-W-C-I-F-V-C-L


### FUNCTION Omega-conotoxins act at presynaptic membranes, they bind and block voltage-gated calcium channels ### SEQUENCE -M-K-L-T-C-M-M-I-V-A-V-L-F-L-T-A-W-T-F-V-T-A-V-P-H-S-S-N-A-L-E-N-L-Y-L-K-A-H-H-E-M-N-N-P-E-D-S-E-L-N-K-R-C-Y-D-G-G-T-S-C-D-S-G-I-Q-C-C-S-G-W-C-I-F-V-C-L


### FUNCTION Omega-conotoxins act at presynaptic membranes, they bind and block voltage-gated calcium channels ### SEQUENCE -M-K-L-T-C-M-M-I-V-A-V-L-F-L-T-A-W-T-F-A-T-A-D-D-S-S-N-G-L-E-N-L-F-L-K-A-H-H-E-M-N-P-E-A-S-K-L-N-E-R-C-L-D-A-G-E-I-C-D-F-F-F-P-T-C-C-G-Y-C-I-L-L-F-C-A


### FUNCTION Omega-conotoxins act at presynaptic membranes, they bind and block voltage-gated calcium channels ### SEQUENCE -M-K-L-T-C-M-M-I-V-A-V-L-F-L-T-A-W-T-F-A-T-A-D-D-S-S-N-G-L-E-N-L-F-P-K-A-H-H-E-M-K-N-P-E-A-S-K-L-N-E-R-C-L-D-A-G-E-I-C-D-F-F-F-P-T-C-C-G-Y-C-I-L-L-F-C-A


### FUNCTION Omega-conotoxins act at presynaptic membranes, they bind and block voltage-gated calcium channels ### SEQUENCE -M-K-L-T-C-M-M-I-V-A-V-L-F-L-T-A-W-T-F-V-T-A-I-T-S-N-G-L-E-N-L-F-P-K-A-H-H-E-M-K-N-P-E-A-S-K-L-N-K-R-C-V-P-Y-E-G-P-C-N-W-L-T-Q-N-C-C-D-A-T-C-V-V-F-W-C-L


### FUNCTION Delta-conotoxins bind to site 6 of voltage-gated sodium channels  and inhibit the inactivation process ### SEQUENCE -M-K-L-T-C-M-M-I-V-A-V-L-F-L-T-A-W-T-F-A-T-A-D-D-S-G-N-G-L-E-N-L-F-S-N-A-H-H-Q-M-K-N-P-E-A-S-K-L-N-K-R-W-C-K-Q-S-G-E-M-C-N-L-L-D-Q-N-C-C-D-G-Y-C-I-V-F-V-C-T


### FUNCTION Mu-conotoxins block voltage-gated sodium channels ### SEQUENCE -M-N-L-T-C-M-M-I-V-A-V-L-F-L-T-A-W-T-F-V-M-A-D-D-S-N-N-G-L-A-N-L-F-S-K-S-R-Y-E-M-E-D-P-E-P-S-K-L-E-K-R-K-T-C-Q-R-R-W-D-F-C-P-G-A-L-V-G-V-I-T-C-C-G-G-L-I-C-L-G-V-M-C-I


### FUNCTION Calmodulin acts as part of a calcium signal transduction pathway by mediating the control of a large number of enzymes, ion channels, aquaporins and other proteins through calcium-binding Calcium-binding is required for the activation of calmodulin Among the enzymes to be stimulated by the calmodulin-calcium complex are a number of protein kinases, such as myosin light-chain kinases and calmodulin-dependent protein kinase type II , and phosphatases ### SEQUENCE -M-A-D-Q-L-T-E-E-Q-I-A-E-F-K-E-A-F-S-L-F-D-K-D-G-D-G-T-I-T-T-K-E-L-G-T-V-M-R-S-L-G-Q-N-P-T-E-A-E-L-Q-D-M-I-N-E-V-N-A-D-G-N-G-T-I-D-F-P-E-F-L-T-M-M-A-R-K-M-K-D-T-D-S-E-E-E-I-R-E-A-F-R-V-F-D-K-D-G-N-G-Y-I-S-A-A-E-L-R-H-V-M-T-N-L-G-E-K-L-T-D-E-E-V-D-E-M-I-R-E-A-D-I-D-G-D-G-Q-V-N-Y-E-E-F-V-Q-M-M-T-A-K


### FUNCTION Stimulator of protein export for NES-containing proteins Also plays a role in the nuclear export of U1 snRNA, tRNA, and mRNA ### SEQUENCE -M-S-M-K-T-T-Q-E-I-N-K-E-D-E-E-L-C-N-E-S-K-K-F-M-D-V-Y-Y-D-V-M-D-R-K-R-E-K-I-G-F-L-Y-T-Q-V-S-N-A-V-W-N-G-N-P-I-N-G-Y-D-S-I-C-E-F-M-K-A-L-P-S-T-Q-H-D-I-Q-S-L-D-A-Q-R-L-P-E-G-V-T-G-D-M-S-G-G-M-L-L-N-V-A-G-A-V-T-V-D-G-D-S-K-R-A-F-T-Q-T-L-L-L-G-V-E-D-G-K-Y-K-V-K-S-D-R-F-R-Y-V-D


### FUNCTION Calmodulin mediates the control of a large number of enzymes, ion channels and other proteins by Ca complex are a number of protein kinases and phosphatases ### SEQUENCE -M-A-D-Q-L-T-E-E-Q-I-A-E-F-K-E-A-F-S-L-F-D-K-D-G-D-G-T-I-T-T-K-E-L-G-T-V-M-R-S-L-G-Q-N-P-T-E-A-E-L-Q-D-M-I-N-E-V-D-A-D-G-N-G-T-I-D-F-P-E-F-L-T-M-M-A-R-K-M-K-D-T-D-S-E-E-E-I-R-E-A-F-R-V-F-D-K-D-G-N-G-F-I-S-A-A-E-L-R-H-V-M-T-N-L-G-E-K-L-T-D-E-E-V-D-E-M-V-R-E-A-D-I-D-G-D-G-Q-V-N-Y-E-E-F-V-E-M-M-T-S-K


### FUNCTION May be involved in transcriptional regulation ### SEQUENCE -M-K-S-C-Q-K-M-E-G-K-P-E-N-E-S-E-P-K-H-E-E-E-P-K-P-E-E-K-P-E-E-E-E-K-L-E-E-E-A-K-A-K-G-T-F-R-E-R-L-I-Q-S-L-Q-E-F-K-E-D-I-H-N-R-H-L-S-N-E-D-M-F-R-E-V-D-E-I-D-E-I-R-R-V-R-N-K-L-I-V-M-R-W-K-V-N-R-N-H-P-Y-P-Y-L-M


### FUNCTION May have a potential role in hypercalcemia of malignancy ### SEQUENCE -M-A-Q-G-Q-R-K-F-Q-A-H-K-P-A-K-S-K-T-A-A-A-A-S-E-K-N-R-G-P-R-K-G-G-R-V-I-A-P-K-K-A-R-V-V-Q-Q-Q-K-L-K-K-N-L-E-V-G-I-R-K-K-I-E-H-D-V-V-M-K-A-S-S-S-L-P-K-K-L-A-L-L-K-A-P-A-K-K-K-G-A-A-A-A-T-S-S-K-T-P-S


### FUNCTION Plays a role in the maintenance of mitochondrial DNA ### SEQUENCE -M-S-K-V-P-I-N-S-S-K-L-S-C-G-G-P-Y-N-Q-A-V-K-S-G-G-L-I-F-C-S-G-Q-A-A-V-K-D-G-N-F-V-P-G-T-I-Q-E-Q-T-R-L-T-I-E-N-L-A-E-V-L-R-V-A-G-S-S-L-E-K-L-V-K-V-N-I-F-L-T-D-I-D-D-F-A-A-M-N-E-V-Y-K-E-M-L-P-D-P-M-P-A-R-T-T-V-A-A-G-K-I-P-L-S-S-K-G-G-K-I-E-I-E-C-I-A-A-E


### FUNCTION Catalyzes the oxidation of Mn The latter, acting as a diffusible redox mediator, is capable of oxidizing a variety of lignin compounds ### SEQUENCE -A-V-X-H-P-G-T-X-V-S-X-A-A-X-X-X-F-I-P-L


### FUNCTION Mitochondrial membrane ATP synthase ### SEQUENCE -M-N-S-I-N-V-K-T-L-R-W-S-A-L-V-L-G-L-G-A-G-M-Y-E-H-R-S-H-I-Q-C-Q-K-Q-K-E-I-D-E-N-Y-H-R-Q-E-S-L-I-E-S-A-K-I-A-Y-L-N-T-K-N-T-P-P-K-E-D-S-M-L-P-N-L-K-K-D-S-E-D-F-D-M-D-E-F-V-K-E-L-E-K-N-V


### FUNCTION Component of the ribosome, a large ribonucleoprotein complex responsible for the synthesis of proteins in the cell The small ribosomal subunit , which catalyzes the formation of peptide bonds, thereby polymerizing the amino acids delivered by tRNAs into a polypeptide chain The nascent polypeptides leave the ribosome through a tunnel in the LSU and interact with protein factors that function in enzymatic processing, targeting, and the membrane insertion of nascent chains at the exit of the ribosomal tunnel ### SEQUENCE -M-A-N-T-K-K-S-A-I-N-Q-V-V-T-R-D-Y-T-I-H-M-H-K-R-L-Y-G-V-S-F-K-K-R-A-P-R-A-I-K-E-I-V-A-F-A-Q-K-H-M-Q-T-K-E-V-R-V-D-P-S-L-N-K-E-V-W-K-R-G-I-R-N-V-P-H-R-L-R-L-R-L-S-R-K-R-S-D-E-D-D-K-A-L-Y-T-Y-V-Q-A-V-D-V-A-N-P-K-M-E-T-T-V-V-E-E


### FUNCTION Plays an essential role in the assembly of succinate dehydrogenase  to ubiquinol Promotes maturation of the iron-sulfur protein subunit sdh2 of the SDH catalytic dimer, protecting it from the deleterious effects of oxidants May act together with SDHAF3 ### SEQUENCE -M-A-L-S-G-L-Q-R-Q-V-I-H-F-Y-R-R-C-L-H-A-A-K-A-K-E-Q-P-Y-N-E-R-W-M-A-F-V-H-Q-E-F-R-K-N-Q-T-I-S-K-R-D-F-F-Y-I-E-H-L-L-R-V-G-Q-R-Q-Y-E-A-Y-S-R-P-E-V-K-D-I-H-F-S


### FUNCTION Component of the mitochondrial ribosome , a dedicated translation machinery responsible for the synthesis of mitochondrial genome-encoded proteins, including at least some of the essential transmembrane subunits of the mitochondrial respiratory chain The mitoribosomes are attached to the mitochondrial inner membrane and translation products are cotranslationally integrated into the membrane ### SEQUENCE -M-F-W-T-S-V-A-R-A-R-S-V-W-K-G-P-N-V-V-D-F-G-V-N-V-Q-Q-C-I-K-G-N-V-P-I-K-T-A-V-R-S-A-T-I-L-P-R-M-V-G-A-Q-F-M-V-H-N-G-K-S-Y-A-N-V-K-I-T-E-D-M-I-G-H-K-L-G-E-F-A-P-T-R-K-A-F-H-Y-R-Q-T-K-N-R


### FUNCTION Required for the function of coenzyme Q in the respiratory chain May serve as a chaperone or may be involved in the transport of Q6 from its site of synthesis to the catalytic sites of the respiratory complexes ### SEQUENCE -M-A-F-R-C-T-L-R-R-L-E-C-Y-R-A-S-R-L-M-P-Y-K-P-S-F-L-F-S-L-I-S-N-V-N-E-Y-E-R-F-V-P-F-C-Q-K-S-K-V-T-E-Y-D-P-K-T-G-Y-P-T-K-A-D-L-T-V-G-F-K-G-L-C-E-T-F-D-S-K-V-V-C-D-P-V-A-L-T-V-L-A-D-A-S-H-H-R-L-F-R-R-L-K-T-H-W-S-I-E-E-A-S-R-G-R-V-R-V-D-L-E-V-D-F-E-F-A-S-K-L-H-G-M-M-S-K-F-V-G-S-S-V-A-S-E-I-I-Q-G-F-V-Q-Q-A-K-I-K-H-K-L-E-S-E-N-E-K


### FUNCTION Component of the ribosome, a large ribonucleoprotein complex responsible for the synthesis of proteins in the cell The small ribosomal subunit , which catalyzes the formation of peptide bonds, thereby polymerizing the amino acids delivered by tRNAs into a polypeptide chain The nascent polypeptides leave the ribosome through a tunnel in the LSU and interact with protein factors that function in enzymatic processing, targeting, and the membrane insertion of nascent chains at the exit of the ribosomal tunnel ### SEQUENCE -M-P-R-Q-I-S-D-I-K-Q-F-L-E-I-A-R-R-K-D-A-T-S-A-R-I-K-K-N-T-N-K-D-V-K-F-K-L-R-C-S-K-Y-L-Y-T-L-V-V-A-D-A-K-K-A-E-K-L-R-Q-S-L-P-P-D-L-T-V-T-E-V-G-K-K-A


### FUNCTION Essential for the assembly of ubiquinol-cytochrome c reductase It has a direct effect on the correct occurrence of the Rieske protein, core 4, core 5 and apocytochrome b ### SEQUENCE -M-N-R-V-V-K-S-I-V-Y-G-V-G-I-V-G-F-G-Y-M-T-M-K-L-T-T-P-S-P-E-R-V-V-N-S-L-P-P-D-L-R-A-S-Y-E-M-N-K-K-D-R-S-Q-A-E-G-V-L-R-M-I-E-D-A-K-R-N-P-K-N-L-V


### FUNCTION Component of the mitochondrial ribosome , a dedicated translation machinery responsible for the synthesis of mitochondrial genome-encoded proteins, including at least some of the essential transmembrane subunits of the mitochondrial respiratory chain The mitoribosomes are attached to the mitochondrial inner membrane and translation products are cotranslationally integrated into the membrane ### SEQUENCE -M-V-M-Y-E-L-F-C-I-T-R-P-A-A-N-A-T-R-T-S-S-P-T-L-A-M-N-I-A-K-N-C-G-R-A-I-L-D-N-K-G-V-V-V-D-V-E-S-M-G-L-K-E-L-A-K-P-I-K-K-L-N-Q-S-Y-S-F-G-H-W-W-S-M-T-F-Y-S-N-P-T-V-Q-S-E-I-Q-R-I-L-R-L-E-P-S-V-L-R-Y-M-I-V-K-K-A-D-K-L-S-D-L-M


### FUNCTION Component of the mitochondrial ribosome , a dedicated translation machinery responsible for the synthesis of mitochondrial genome-encoded proteins, including at least some of the essential transmembrane subunits of the mitochondrial respiratory chain The mitoribosomes are attached to the mitochondrial inner membrane and translation products are cotranslationally integrated into the membrane bL19m is essential for respiration ### SEQUENCE -M-F-N-A-K-H-F-F-N-L-G-L-G-F-Q-W-L-Q-K-R-G-I-G-S-L-K-R-P-Y-N-F-P-K-P-V-P-G-P-K-H-K-D-V-L-S-L-F-E-K-K-C-R-S-V-L-D-E-Q-S-E-R-F-K-M-F-H-R-S-Q-P-N-R-V-R-P-G-A-V-L-L-V-E-S-Y-S-K-Y-P-S-K-D-S-V-N-R-F-A-G-Y-L-L-R-I-R-H-R-G-P-K-S-S-I-L-L-R-N-V-V-M-G-V-G-V-E-Y-L-L-P-I-Y-S-P-Q-I-K-R-I-V-V-L-K-E-N-G-L-S-K-R-P-R-R-A-Y-L-S-Y-L-R-Q-P-R-F-R-L-P-P-V-E-S-L-V-R-K-Y-I-E-Q-N-Q-H-K-P


### FUNCTION Putative mitochondrial redox protein which could be involved in the reduction of small toxic molecules ### SEQUENCE -M-F-G-L-T-T-K-R-I-L-T-L-F-T-K-K-R-Q-T-L-V-E-Q-K-L-T-E-Y-M-I-A-G-E-K-T-D-N-Q-M-L-H-F-K-L-Q-V-E-T-A-T-P-T-L-D-Q-L-N-I-M-L-S-N-I-G-K-D-K-S-D-L-L-V-A-G-A-T-S-I-E-D-A-L-T-K-Y-Q-H-D-N-Q-L-F-R-R-P-C-L-V-D-W-D-K-G-K-V-S-P-Y-S-I-L-L-Q-T-R-D-F-S-K-L-L


### FUNCTION Binds specifically to cytosolic chaperonin ### SEQUENCE -M-A-E-Q-P-S-R-Q-Q-I-L-Q-T-Q-Y-N-S-Y-K-S-R-L-Q-Q-I-A-Q-K-I-V-D-L-E-T-D-A-D-E-H-K-L-V-M-D-T-L-N-S-M-D-N-N-R-R-C-F-R-M-I-H-G-V-L-V-E-R-T-V-G-T-V-V-P-I-L-K-T-T-Q-E-G-I-Q-T-A-M-N-G-L-L-D-Q-Y-K-Q-L-E-A-E-F-Q-K-F-Q-K-D-N-K-I-Q-V-V-R-Q


### FUNCTION Component of the cleavage factor I  involved in pre-mRNA 3'-end processing ### SEQUENCE -M-T-D-Y-I-K-D-K-A-I-A-A-D-F-S-S-V-Q-F-R-F-D-N-Y-L-K-Q-N-F-N-F-G-R-S-A-L-L-N-S-G-N-G-R-D-S-G-S-K-M-G-S-V-V-C-K-H-W-L-R-G-L-C-K-K-G-E-Q-C-D-F-L-H-E-Y-N-L-K-K-M-P-P-C-H-F-Y-A-E-R-G-W-C-S-N-G-E-E-C-L-Y-L-H-L-D-P-S-K-Q-V-G-V-C-A-W-Y-N-M-G-F-C-P-L-G-P-I-C-R-G-K-H-V-R-K-P-R-P-C-P-K-Y-L-A-G-F-C-P-L-G-P-N-C-P-D-A-H-P-K-H-S-E-P-P-H-P-P-Q-K-R-K-D-W


### FUNCTION Binds specifically to cytosolic chaperonin ### SEQUENCE -M-E-Q-V-P-V-L-A-E-D-Q-R-N-L-N-E-F-S-V-L-H-S-R-K-A-I-Q-E-L-D-I-K-N-L-K-T-Q-I-E-D-I-V-D-A-K-N-E-C-E-L-L-D-E-D-D-G-D-D-I-P-A-L-K-V-G-D-A-F-F-Q-V-S-L-P-V-L-L-D-Q-L-E-Q-S-E-E-S-L-E-K-Q-V-D-V-L-R-S-S-M-E-K-D-E-T-R-I-Q-E-L-K-S-M-L-Y-S-K-F-H-D-Q-I-N-L-D


### FUNCTION Mitochondrial intermembrane chaperone that participates in the import and insertion of multi-pass transmembrane proteins into the mitochondrial inner membrane Also required for the transfer of beta-barrel precursors from the TOM complex to the sorting and assembly machinery ### SEQUENCE -M-S-M-F-G-I-G-K-N-N-Q-T-I-N-P-Q-N-I-A-M-A-E-Q-E-V-E-M-M-S-D-I-F-N-R-L-V-M-T-C-H-K-K-C-I-S-P-K-Y-Y-E-A-D-L-T-K-G-E-S-V-C-I-D-R-C-V-S-K-Y-F-E-A-N-Q-S-L-S-Q-H-M-Q-K-R-G-Q-E-N-P-T-P


### FUNCTION Involved in nucleolar integrity and required for processing of the pre-rRNA for the 60S ribosome subunit ### SEQUENCE -M-V-N-G-T-K-G-V-C-V-S-G-K-P-W-K-T-E-K-K-A-Y-N-R-S-G-L-A-D-A-Q-R-T-P-Y-E-K-R-M-E-Q-K-R-K-L-D-E-I-K-E-R-E-K-E-L-K-R-E-K-E-E-Q-R-A-A-H-A-E-K-I-R-T-R-R-Q-A-K-A-D-R-E-R-M-E-L-L-Q-A-K-L-H-Q-K-V-I-D-R-R-R-R-R-E-K-R-N-K-M-L-K-E-R


### FUNCTION Required for the assembly of the mitochondrial respiratory chain complex IV , also known as cytochrome c oxidase May participate in merging the COX1 and COX2 assembly lines ### SEQUENCE -M-L-F-Y-R-F-K-S-W-Y-R-L-Q-A-K-K-S-P-F-I-Y-V-G-L-P-F-L-S-S-V-L-L-V-W-S-C-L-I-P-I-S-Q-V-K-F-N-R-R-D-E-Q-V-K-S-L-S-R-D-A-E-L-D-I-I-K-R-R-R-K-V-D-V-N-E-E-Y-Y-R-I-L-L-D-Q-L-N-L-Q-N-E-E-Y-E-N-K-R-V-K-R-L-K-G-E-P-T-W-E-G-N-S-S-D-K-E


### FUNCTION May play a role in chromosome segregation through establishment of sister chromatid cohesion ### SEQUENCE -M-S-A-N-L-Q-N-E-N-P-E-V-K-E-L-N-Q-L-P-S-R-V-E-E-E-E-D-L-L-L-S-S-T-K-Q-W-L-T-E-I-E-S-E-Q-T-N-I-K-E-E-R-D-P-I-D-P-Q-E-I-Y-D-L-L-A-K-I-N-D-P-E-H-P-L-T-L-A-Q-L-S-V-V-K-L-E-D-I-E-V-V-D-N-V-E-G-D-S-Y-I-T-V-H-I-T-P-T-I-P-H-C-S-M-C-T-L-I-G-L-C-I-R-V-R-L-E-R-C-L-P-P-R-F-H-V-D-V-K-V-K-K-G-T-H-A-S-E-S-Q-V-N-K-Q-L-N-D-K-E-R-V-A-A-A-C-E-N-E-Q-L-L-S-V-L-N-G-M-M-A-T-C-V


### FUNCTION Has a role in meiosis ### SEQUENCE -M-N-L-F-V-Y-I-A-Q-N-P-T-L-T-K-W-F-F-C-C-V-C-T-I-L-T-M-P-F-F-K-K-P-Y-R-K-R-G-I-S-R-T-P-Y-E-W-L-T-Y-A-D-K-C-V-I-E-L-S-K-S-E-L-K-P-N-E-E-K-E-L-P-K-D-I-K-E-D-C-K-T-V-E-E-K-E-K-V-V-P-R-K-P-L-Q-S-E-G-I-N-E-D-D-S-Q-K-N-G-E-L-I-V-L-H-G-I-N-H-Q-A-A-M-L-T-A-C-G-L-F-M-V-T-S-S-N-T-N-K-W-K-I-A-F-A-S-F-L-L-G-M-F-F-T-Q-F-G-F-Q-K-S-E-R-S-I-N-A-E-K-L-E-S-I-E-K-P-E-N-D-N


### FUNCTION Component of the signal peptidase complex  which catalyzes the cleavage of N-terminal signal sequences from nascent proteins as they are translocated into the lumen of the endoplasmic reticulum Enhances the enzymatic activity of SPC and facilitates the interactions between different components of the translocation site ### SEQUENCE -M-P-K-Y-N-V-S-D-F-K-S-K-F-D-K-E-L-T-N-H-F-N-K-N-G-Y-K-Q-S-F-V-F-E-D-I-R-L-L-I-A-I-A-C-I-I-P-A-G-L-A-F-G-I-E-Y-V-Y-G-F-G-V-L-K-S-Y-L-K-Y-L-L-P-L-Y-F-L-A-S-C-L-L-T-F-W-S-S-V-V-K-G-S-T-V-Y-V-A-T-K-K-E-R-H-I-K-I-S-A-D-T-F-L-P-L-K-N-K-P-L-I-T-T-K-F-T-V-L-K-N-R-N-A-V-Q-L-E-W-S-V-P-V-A-H-I-F-E-E-D-G-Q-I-S-S-A-T-F-E-A-E-I-S-K-Y-L-S-Q-I-E-N


### FUNCTION Has a role in meiosis ### SEQUENCE -M-E-Y-A-N-L-H-Y-V-K-E-S-S-N-L-E-R-S-S-T-Y-K-S-S-K-I-Q-D-E-A-K-Q-L-L-Y-D-Y-V-Y-I-K-E-K-L-L-T-T-S-S-N-S-L-T-H-Y-Q-W-Y-L-I-Y-K-H-T-C-R-C-F-Q-Q-V-V-R-I-V-Y-W-F-L-G-N-Q-V-I-R-E-N-F-S-I-K-K-R-K-P-H-N-H-I-P-Q-L-L-E-Q-C-T-C-I-A-E-S-F-E-G-I-Y-T-K-K-Q-I-L-Y-F-K-C-Y-G-T-F-K-T-W-K-K-I-A-N-F-P-H-L


### FUNCTION Pre-ribosomal factor involved in 60S ribosomal protein subunit export from the nucleus ### SEQUENCE -M-A-K-K-Q-S-I-R-S-R-N-F-R-R-S-D-P-A-Y-D-L-D-S-S-T-A-I-E-N-E-T-K-L-S-V-K-E-K-V-A-K-E-I-A-N-I-A-L-R-S-G-G-S-E-S-N-G-I-S-K-K-K-K-N-K-K-Q-T-S-K-K-A-K-D-K-L-A-A-A-L-K-A-Q-A-R-E-E-R-L-D-T-K-I-S-K-S-L-Q-K-Q-E-K-L-K-A-R-K-Q-G-D-E


### FUNCTION Acts as component of the Sec62/63 complex which is involved in SRP-independent post-translational translocation across the endoplasmic reticulum ### SEQUENCE -M-V-S-I-Y-V-P-L-I-Y-I-T-I-L-M-G-S-M-Y-G-V-S-R-F-V-R-K-S-K-N-Q-E-S-K-P-V-S-E-E-W-F-G-E-N-Y-S-R-N-I-F-F-S-L-L-Q-Q-N-P-P-A-E-D-T-L-L-K-A-A-L-V-L-R-A-T-E-G-L-R-R-L-M-K-L-K-V-S-R-M-A-L-N-N-L-L-N-R-G-G-V-G-D-E-L-I-R-K-F-G-R-L-E-K-E-T-E-L-E-L-M-D-I-A-K-T-A-N-S-L-Q-P-G-W-N-Q-F-I-F-Q-T-C-N-E-I-I-E-N-E-K-I-H-S-I-I-D-N-I-P-K-D-I-D-S-I-S-Q-R-W-Q-T-E-K-I-L-Y-E-A-A-D-E-E-L-R-I-Q-A-Q-K-E-L-G-V-L


### FUNCTION Required for 20S pre-rRNA processing ### SEQUENCE -M-F-D-D-P-S-K-R-L-T-Y-F-E-Y-A-V-G-V-L-L-C-S-W-P-V-M-K-Q-A-V-E-E-E-W-A-D-V-D-T-A-D-K-R-D-W-M-A-G-V-L-V-D-Y-I-T-V-T-S-D-V-E-A-W-D-V-E-E-L-I-L-Q-V-L-Q-D-E-F-N-V-G-S-I-E-D-D-S-P-Y-I-L-A-Q-D-L-V-N-V-W-K-A-A-C-E-D-N-Y-E-P-I-R-E-I-H-E-R-L-G-K-Q-L-L-E-K-E-E-G-K-E-K-T-R-E-E-S-N-P-P-V-L-V-E-D-E-T-I-V-D-A-E-D-G-G-A-A-Q-N-Q-Q-E-K-Q-Q-G-P-I-V-D-D-D-G-F-T-V-V-Q-K-R-R-R


### FUNCTION Component of the mitochondrial ribosome , a dedicated translation machinery responsible for the synthesis of mitochondrial genome-encoded proteins, including at least some of the essential transmembrane subunits of the mitochondrial respiratory chain The mitoribosomes are attached to the mitochondrial inner membrane and translation products are cotranslationally integrated into the membrane uS17m may have a meiosis-specific role as it accumulates during the middle stage of sporulation ### SEQUENCE -M-K-L-N-Y-V-G-I-V-I-S-R-A-M-P-K-T-A-K-V-R-V-A-K-E-K-F-H-P-V-V-K-K-Y-V-T-Q-Y-Q-N-Y-M-V-Q-D-D-L-N-C-N-V-G-D-A-V-T-I-Q-P-C-R-P-R-S-A-T-K-R-F-E-I-I-K-I-L-S-T-A-N-R-M-S-P-A-S-E-I-S-K-E


### FUNCTION Component of the mitochondrial ribosome , a dedicated translation machinery responsible for the synthesis of mitochondrial genome-encoded proteins, including at least some of the essential transmembrane subunits of the mitochondrial respiratory chain The mitoribosomes are attached to the mitochondrial inner membrane and translation products are cotranslationally integrated into the membrane Also has an extraribosomal function, being essential for mitochondrial genome integrity May interact with MHR1 to take part in the mtDNA repair mechanism ### SEQUENCE -M-M-I-E-I-I-P-K-I-S-I-P-K-N-G-L-G-S-F-T-R-P-C-R-R-I-E-F-S-Y-C-N-W-G-G-S-S-K-G-M-K-E-F-L-S-T-K-L-E-S-L-A-K-E-S-Q-D-V-E-F-H-V-T-N-R-Q-G-K-H-P-L-I-R-A-Y-Y-N-T-G-R-E-K-V-I-C-T-R-K-M-S-A-S-S-I-F-Q-K-A-I-L-C-R-D-S-D-G-L-K-P-R-L-I-K-Y-P-V-E-S-T-N-P-S-V-R-G-I-W-S-P-F-S-D-Q-A-K-P-H-E-I-Y-K-K-K-S-P


### FUNCTION Has a role in meiosis ### SEQUENCE -M-R-L-Q-S-L-S-S-V-A-I-A-E-T-R-R-Q-I-I-L-T-I-I-N-S-L-V-Y-L-V-N-F-I-S-C-P-S-I-H-S-I-P-F-H-I-S-T-H-L-T-S-C-Q-A-N-I-S-L-L-K-I-V-G-L-H-C-P-F-H-R-R-G-I-A-S-L-S-V-C-V-A-L-H-W-I-A-F-S-C-S-V-M-C-H-F-A-W-S-C-A-L-P-C-F-V-D-S-F-F-P-S-N-F-F-L-R-T-Y-A-L-F-T-F-S-L-Q-L-W-S-G-N-D-L-Q-G-N-H-S-Y-L-A-T-P-T-R


### FUNCTION Component of the mitochondrial ribosome , a dedicated translation machinery responsible for the synthesis of mitochondrial genome-encoded proteins, including at least some of the essential transmembrane subunits of the mitochondrial respiratory chain The mitoribosomes are attached to the mitochondrial inner membrane and translation products are cotranslationally integrated into the membrane ### SEQUENCE -M-P-V-F-T-K-E-A-L-E-R-L-P-I-Q-L-G-N-F-F-K-K-F-P-P-E-N-P-N-A-W-T-T-N-P-N-R-Q-N-P-F-L-A-T-R-N-P-Q-N-G-L-V-I-N-P-Y-Y-S-N-R-R-Q-A-E-I-Y-K-E-A-R-L-Q-N-L-D-N-L-L-P-Q-Q-M-S-W-Q-K-D-S-T-R-H-I-L-K-G-L-L-N-P-K-G-K-I-S-E-R-K-R-D-E-I-L-E-N-R-R-L-K-L-S-E-S-L-K-K-T-S-K-F-K-N-E-R-Q-K-A-S-K-I-A-K-P-S-P-F


### FUNCTION Participates in various redox reactions through the reversible oxidation of its active center dithiol to a disulfide and catalyzes dithiol-disulfide exchange reactions ### SEQUENCE -M-V-Q-V-I-S-N-L-D-E-F-N-K-L-T-N-S-G-K-I-I-I-I-D-F-W-A-T-W-C-G-P-C-R-V-I-S-P-I-F-E-K-F-S-E-K-Y-G-A-N-N-I-V-F-A-K-V-D-V-D-T-A-S-D-I-S-E-E-A-K-I-R-A-M-P-T-F-Q-V-Y-K-D-G-Q-K-I-D-E-L-V-G-A-N-P-T-A-L-E-S-L-V-Q-K-S-L-A


### FUNCTION Mating type proteins are sequence specific DNA-binding proteins that act as master switches in yeast differentiation by controlling gene expression in a cell type-specific fashion Transcriptional activator that induces the transcription of alpha-specific mating genes ### SEQUENCE -M-G-N-K-K-K-T-R-K-T-V-P-K-E-F-I-S-L-F-R-V-H-S-G-R-D-A-P-R-R-D-T-R-E-V-Q-K-S-K-K-H-G-F-R-F-T-S-L-P-D-L-P-V-A-S-N-A-L-Q-E-L-L-L-E-Y-G-L-L-N-D-I-K-W-D-S-K-G-L-K-A-S-K-N-K-K-T-K-L-K-P-I-N-S-F-I-A-F-R-S-F-Y-S-R-T-I-S-N-P-E-H-Q-R-E-L-S-S-K-L-A-D-V-W-T-Q-E-S-N-Q-E-V-W-K-Q-Y-T-Q-S-Y-N-N-Y-L-L-L-P-D-A-K-L-N-F-V-D-W-L-C-E-A-L-D-Y-T-I-D-N-T-T-P-Q-I-E-D-I-S-L-T-S-Y-N-Q-L-L-S-G-T-I-E-D-V-Y-I-M-K


### FUNCTION Calmodulin mediates the control of a large number of enzymes, ion channels and other proteins by Ca ### SEQUENCE -M-A-D-S-L-T-E-E-Q-V-S-E-F-K-E-A-F-S-L-F-D-K-D-G-D-G-Q-I-T-T-K-E-L-G-T-V-M-R-S-L-G-Q-N-P-S-E-S-E-L-Q-D-M-I-N-E-V-D-A-D-N-N-G-T-I-D-F-P-E-F-L-T-M-M-A-R-K-M-K-D-T-D-S-E-E-E-I-R-E-A-F-K-V-F-D-R-D-N-N-G-F-I-S-A-A-E-L-R-H-V-M-T-S-I-G-E-K-L-T-D-D-E-V-D-E-M-I-R-E-A-D-Q-D-G-D-G-R-I-D-Y-N-E-F-V-Q-L-M-M-Q-K


### FUNCTION Flagellin is the subunit protein which polymerizes to form the filaments of archaeal flagella ### SEQUENCE -L-A-G-L-D-T-A-I-I-L-I-A-F-I-I-T-A-S-V-L-A-Y-V


### FUNCTION General factor that plays a role in the activation of archaeal genes transcribed by RNA polymerase Binds specifically to the TATA box promoter element which lies close to the position of transcription initiation ### SEQUENCE -M-I-P-D-E-I-P-Y-K-A-V-V-N-I-E-N-I-V-A-T-V-T-L-D-Q-T-L-D-L-Y-A-M-E-R-S-V-P-N-V-E-Y-D-P-D-Q-F-P-G-L-I-F-R-L-E-S-P-K-I-T-S-L-I-F-K-S-G-K-M-V-V-T-G-A-K-S-T-D-E-L-I-K-A-V-K-R-I-I-K-T-L-K-K-Y-G-M-Q-L-T-G-K-P-K-I-Q-I-Q-N-I-V-A-S-A-N-L-H-V-I-V-N-L-D-K-A-A-F-L-L-E-N-N-M-Y-E-P-E-Q-F-P-G-L-I-Y-R-M-D-E-P-R-V-V-L-L-I-F-S-S-G-K-M-V-I-T-G-A-K-R-E-D-E-V-H-K-A-V-K-K-I-F-D-K-L-V-E-L-D-C-V-K-P-V-E-E-E-E-L-E-F


### FUNCTION Produces ATP from ADP in the presence of a proton gradient across the membrane ### SEQUENCE -M-D-F-E-Q-L-L-D-K-S-L-N-K-V-R-E-E-I-K-T-E-L-S-K-S-L-D-E-A-I-K-L-L-N-E-G-H-N-K-I-V-Q-E-Y-S-Q-R-I-N-E-L-I-V-K-T-K-E-E-I-E-G-E-K-A-R-L-E-V-E-N-K-R-T-L-L-V-E-K-E-Y-W-I-N-K-V-Y-E-R-V-L-G-K-I-G-E-V-V-K-T-K-E-Y-K-D-A-I-E-N-I-I-S-K-E-I-K-E-I-R-E-E-K-V-T-I-Y-C-S-P-N-D-K-L-M-I-E-K-I-V-G-N-N-K-N-V-T-V-K-T-D-E-K-M-L-G-G-I-K-I-Y-F-E-R-S-G-L-T-R-D-F-S-L-K-L-I-L-D-Q-V-F-D-S-M-R-G-K-I-S-D-M-L-F-G-G-K


### FUNCTION Involved in allosteric regulation of aspartate carbamoyltransferase ### SEQUENCE -M-I-S-S-S-K-R-D-E-L-I-V-S-K-I-R-N-G-T-V-I-D-H-I-P-A-G-R-A-L-A-V-L-R-I-L-G-I-R-G-S-E-G-Y-R-V-A-L-V-M-N-V-E-S-K-K-I-G-R-K-D-I-V-K-I-E-D-R-V-I-D-E-K-E-A-S-L-I-T-L-I-A-P-S-A-T-I-N-I-I-R-D-Y-V-V-T-E-K-R-H-L-E-V-P-K-Q-I-R-G-L-I-K-C-P-N-P-Q-C-I-T-N-N-D-V-E-A-E-S-R-F-I-T-I-S-I-K-P-L-K-L-K-C-K-Y-C-E-M-Y-I-T-E-D-D-V-I-R-Q-I-L


### FUNCTION Transcriptional regulator ### SEQUENCE -M-S-A-E-K-I-S-I-S-L-P-K-E-L-Y-R-E-L-E-D-F-I-I-R-K-G-I-P-D-R-S-K-I-F-Q-I-A-L-R-N-Y-L-D-E-N-R-D-G-N-E-I-I-Y-G-I-I-N-L-V-Y-D-H-E-E-A-S-E-A-L-T-E-I-Q-H-E-Y-N-D-S-I-I-S-T-L-H-L-H-V-S-E-K-I-C-I-E-A-I-A-V-K-G-E-K-R-K-L-V-E-L-N-N-K-L-G-Q-I-R-G-I-L-K-A-R-L-L-I-S-F-P-Y-E-K-T


### FUNCTION Probable zinc metalloprotease whose natural substrate is unknown ### SEQUENCE -M-T-E-M-K-I-L-I-V-T-L-T-Y-I-E-K-S-I-I-D-E-I-V-N-N-L-S-S-Y-G-L-E-V-D-I-L-L-D-S-R-K-Y-L-P-I-S-A-F-N-W-E-R-L-Q-Y-D-A-E-K-V-L-S-F-L-K-S-I-H-D-F-N-Y-D-S-I-I-F-L-A-D-S-D-G-Y-I-D-G-Y-N-F-V-F-G-L-T-I-D-N-F-A-I-I-F-L-H-R-L-R-E-E-F-Y-N-R-K-P-D-L-D-L-F-M-K-R-V-V-K-E-V-T-H-E-V-G-H-T-L-G-L-S-H-C-N-T-T-G-C-V-M-N-F-S-N-S-V-E-D-V-D-K-K-Q-A-K-F-C-K-N-C-A-H-K-I-E-K-L-S-K-Y-L-Q-Q-K


### FUNCTION Activates the tRNA-splicing ligase complex by facilitating the enzymatic turnover of catalytic subunit RtcB Acts by promoting the guanylylation of RtcB, a key intermediate step in tRNA ligation Can also alter the NTP specificity of RtcB such that ATP, dGTP or ITP is used efficiently ### SEQUENCE -M-R-Q-F-E-F-F-E-H-T-A-D-V-G-I-K-S-Y-G-R-S-L-E-E-A-F-S-N-A-A-L-G-V-F-E-V-I-T-D-T-S-K-V-R-P-V-E-Y-R-E-I-Y-L-N-G-Y-D-L-E-N-L-L-Y-K-W-I-E-E-L-L-Y-Y-Y-D-S-E-L-M-I-F-S-K-F-D-L-M-I-D-Q-D-S-I-T-L-E-G-K-A-W-G-E-R-F-N-D-K-I-H-E-R-R-T-V-V-K-A-M-T-Y-H-Q-L-S-I-E-K-T-E-S-G-Y-V-I-T-F-V-V-D-I


### FUNCTION Binds to the 23S rRNA ### SEQUENCE -M-V-V-R-R-E-K-K-S-R-K-M-R-G-S-R-T-M-G-W-G-I-R-G-Q-H-R-D-R-G-S-Q-G-G-R-Q-I-G-M-H-K-E-K-W-S-W-L-V-K-Y-G-K-G-W-Y-G-K-H-G-F-R-N-P-T-T-K-L-T-S-A-I-S-L-R-K-L-N-E-L-L-E-S-G-Y-I-K-I-K-E-M-D-G-K-K-I-V-D-L-N-E-L-G-Y-N-K-L-L-G-G-G-S-I-S-I-P-V-T-I-K-V-G-K-A-T-N-K-A-I-Q-K-V-K-E-M-G-G-E-V-I-L-S-P-T-E


### FUNCTION This is one of the proteins that binds and probably mediates the attachment of the 5S RNA into the large ribosomal subunit, where it forms part of the central protuberance ### SEQUENCE -M-N-K-L-A-N-G-P-N-Y-K-V-K-P-R-R-R-R-E-G-K-T-N-Y-Y-K-R-Y-V-Y-V-I-S-K-Q-T-R-F-I-V-R-I-T-N-K-Y-V-I-V-Q-I-A-K-I-D-P-K-G-D-I-M-I-A-S-A-H-S-A-E-L-A-K-K-F-G-W-K-G-D-E-N-N-T-P-A-A-Y-L-T-G-Y-L-A-G-L-R-A-I-K-R-G-V-T-E-C-V-A-D-I-G-L-H-V-P-S-K-G-N-R-V-F-Y-V-I-K-G-A-I-D-A-G-L-K-I-P-I-G-D-I-S-I-E-N-D-R-I-K-G-E-H-I-A-K-Y-A-E-K-L-K-S-E-N-S-D-L-Y-S-K-L-F-S-R-Y-L-Q-R-G-L-N-P-E-N-L-P-S-H-F-E-E-I-L-N-K-I-K-S-S-G-G


### FUNCTION Binds to the 23S rRNA ### SEQUENCE -M-T-N-L-K-A-Q-K-R-L-A-A-S-I-A-G-V-G-I-N-R-I-K-V-V-E-D-Y-I-E-D-V-Q-S-S-L-T-R-D-E-I-R-N-L-I-K-D-G-K-I-I-V-L-K-K-V-G-I-S-G-G-R-L-K-E-R-R-K-K-R-S-L-K-S-E-G-K-K-S-G-S-R-K-G-K-K-G-A-R-A-N-S-K-Q-M-W-V-K-R-V-R-K-I-R-A-Y-L-K-W-L-R-D-H-K-V-I-D-R-H-T-Y-R-E-L-Y-L-K-T-K-G-G-N-Y-K-G-V-S-D-V-R-N-V-L-I-Q-M-G-K-I-K-G


### FUNCTION This protein binds to the 23S rRNA, and is important in its secondary structure It is located near the subunit interface in the base of the L7/L12 stalk, and near the tRNA binding site of the peptidyltransferase center ### SEQUENCE -M-Q-I-V-I-L-R-E-E-I-E-I-P-K-N-V-V-V-D-L-K-G-S-I-I-K-I-K-G-P-K-G-E-V-V-K-D-F-S-F-A-K-G-I-Q-I-S-L-D-G-N-K-I-V-L-E-T-T-F-A-N-R-R-K-K-A-V-F-Y-S-I-V-S-H-I-K-N-M-I-T-G-V-T-K-G-Y-R-Y-Y-L-K-I-I-Y-T-H-F-P-T-S-V-K-V-V-G-N-E-V-Q-I-T-N-L-I-G-E-K-N-T-R-R-A-Q-I-L-E-G-V-K-V-T-V-K-G-E-D-I-V-V-E-G-P-N-L-E-A-V-A-Q-T-A-A-N-I-E-S-A-S-K-I-S-G-F-D-R-R-I-F-S-D-G-I-F-I-Y-K-K-E-V-I-E


### FUNCTION One of the primary rRNA binding proteins, it binds directly to 16S rRNA central domain where it helps coordinate assembly of the platform of the 30S subunit ### SEQUENCE -M-V-F-V-N-P-L-A-N-A-L-T-S-I-Y-N-N-E-M-R-R-N-K-Q-A-I-I-M-P-A-S-K-L-V-I-N-V-L-R-V-M-Q-K-E-G-Y-V-G-E-F-E-Y-I-D-D-G-R-W-G-K-I-T-V-Q-L-L-G-R-V-N-K-C-G-P-I-T-P-R-Y-P-L-S-Y-R-Q-M-I-A-L-P-D-Y-V-R-R-Y-L-P-S-K-E-I-G-I-I-I-V-S-T-S-K-G-V-M-S-H-K-E-A-A-R-L-R-I-G-G-V-A-L-G-Y-V-Y


### FUNCTION This is 1 of the proteins that binds and probably mediates the attachment of the 5S RNA into the large ribosomal subunit, where it forms part of the central protuberance In the 70S ribosome it contacts protein S13 of the 30S subunit , connecting the 2 subunits ### SEQUENCE -M-I-K-M-A-E-S-T-L-P-L-S-Q-N-P-M-R-K-V-K-L-S-K-V-T-V-N-I-G-L-G-E-S-G-D-R-L-Q-K-A-Y-Q-L-L-Q-E-L-T-G-A-K-P-V-Y-T-I-S-K-K-T-I-R-E-F-G-I-R-K-G-Q-E-I-G-V-K-V-T-L-R-G-A-Q-A-E-E-F-L-R-K-V-L-E-A-I-G-Y-R-L-K-K-S-S-F-D-D-Y-G-N-V-S-F-G-I-A-E-H-V-I-L-P-G-A-R-Y-D-P-E-I-G-I-F-G-M-D-I-A-I-T-L-E-R-A-G-Y-R-I-S-R-R-R-R-K-K-A-K-I-P-K-R-H-R-V-T-K-E-E-A-M-E-F-L-R-N-N-F-N-V-Q-L-V-E-G


### FUNCTION One of two assembly initiator proteins, it binds directly to the 5'-end of the 23S rRNA, where it nucleates assembly of the 50S subunit ### SEQUENCE -M-V-S-L-K-P-S-K-Q-R-K-L-L-Y-T-L-P-L-H-Q-R-K-K-L-L-V-A-K-V-S-D-D-I-A-S-Q-Y-G-I-K-R-I-R-V-R-K-G-D-T-V-R-V-M-R-G-G-N-S-G-K-E-G-K-V-V-E-V-N-T-K-T-G-R-L-A-I-E-G-I-T-R-K-K-V-D-G-T-P-V-Y-V-W-I-H-A-S-K-V-M-I-T-K-L-D-L-S-D-P-R-R-R-E-K-L-E-K-S-K-K


### FUNCTION One of the primary rRNA binding proteins, it binds specifically to the 5'-end of 16S ribosomal RNA ### SEQUENCE -M-V-S-K-G-K-T-V-K-D-P-G-I-P-N-I-T-I-P-E-K-V-C-E-D-E-D-C-P-Y-H-G-S-L-R-V-R-G-I-T-L-E-G-V-I-V-K-Y-R-G-T-K-A-A-V-I-E-R-Q-Y-L-Y-Y-D-S-K-Y-K-R-Y-E-R-R-R-S-R-I-H-A-H-V-P-P-C-I-N-V-R-E-G-D-K-V-I-I-G-E-C-R-P-L-S-K-S-I-S-F-V-V-L-G-K-V-S


### FUNCTION This protein binds specifically to 23S rRNA It makes multiple contacts with different domains of the 23S rRNA in the assembled 50S subunit and ribosome ### SEQUENCE -M-A-S-W-K-Y-P-Q-L-D-V-D-E-L-K-I-A-K-A-V-I-R-D-V-P-E-S-I-R-D-L-Y-N-V-C-K-A-I-R-G-M-Y-L-N-D-A-K-D-F-L-N-R-V-L-E-E-K-E-A-L-P-F-W-R-Y-N-K-G-A-S-H-K-S-N-I-S-A-K-W-K-I-K-A-G-R-Y-P-K-K-A-I-R-Q-V-L-K-V-L-E-N-A-E-A-N-A-T-N-K-G-L-D-V-D-K-L-I-I-R-H-I-A-A-H-K-G-I-T-L-Q-R-Y-M-P-R-A-F-G-R-A-T-A-K-Y-R-R-T-S-N-I-E-V-I-L-E-E-V-E


### FUNCTION Protein S19 forms a complex with S13 that binds strongly to the 16S ribosomal RNA ### SEQUENCE -M-S-L-E-I-P-P-E-W-K-N-F-K-Y-R-G-K-S-I-D-E-L-L-N-M-P-M-D-E-F-I-K-L-L-P-S-R-Q-R-R-S-L-K-R-G-F-T-D-A-Q-R-H-L-L-E-K-V-R-K-Y-R-R-E-G-K-F-N-K-T-I-K-T-H-V-R-N-L-V-I-L-P-E-L-I-G-L-K-M-A-V-Y-N-G-K-E-F-V-E-F-T-V-T-P-E-M-I-G-H-Y-L-G-E-Y-S-I-T-T-K-K-V-E-H-G-E-P-G-L-K-A-T-R-S-S-L-F-L-A-M-K-G


### FUNCTION Molecular chaperone capable of stabilizing a range of proteins Seems to fulfill an ATP-independent, HSP70-like function in archaeal de novo protein folding ### SEQUENCE -M-A-E-K-L-P-P-E-V-Q-A-Q-L-A-K-F-Q-Q-L-K-D-Q-L-D-R-L-L-L-E-K-S-T-I-E-N-E-L-R-E-I-N-K-V-L-E-E-L-S-V-L-N-A-D-A-T-I-Y-K-I-V-G-N-L-L-V-K-S-D-K-T-S-V-E-K-E-L-N-D-R-K-E-L-L-E-L-R-S-R-T-Y-Q-K-Q-E-S-I-L-R-K-Q-L-E-D-L-Q-A-K-I-N-D-M-L-S-K-Y-Y-P-Q-G-G-Q-T-G-I-K-A


### FUNCTION Part of ribonuclease P, a protein complex that generates mature tRNA molecules by cleaving their 5'-ends ### SEQUENCE -M-N-S-I-Q-L-I-I-D-I-I-L-I-L-W-I-L-I-L-T-V-L-Y-F-K-R-R-Q-L-N-V-D-I-V-K-N-K-K-I-I-R-A-K-R-Y-I-V-F-Y-V-I-S-E-Y-K-V-K-G-D-D-L-E-R-V-I-R-N-S-L-K-D-L-L-G-S-V-W-L-N-I-A-N-P-K-V-V-T-Y-R-E-D-T-Q-E-G-I-I-S-T-N-R-V-G-Y-K-A-V-L-A-S-L-P-F-A-K-E-I-N-N-N-K-I-L-I-V-P-R-R-T-T-G-S-L-K-K-A-K-K-L-I-G-L-K


### FUNCTION Catalyzes the formation of CDP-2,3-bis- and CTP This reaction is the third ether-bond-formation step in the biosynthesis of archaeal membrane lipids ### SEQUENCE -M-S-I-A-Y-D-L-L-L-S-I-L-I-Y-L-P-A-F-V-A-N-G-S-G-P-F-I-K-R-G-T-P-I-D-F-G-K-N-F-V-D-G-R-R-L-F-G-D-G-K-T-F-E-G-L-I-V-A-L-T-F-G-T-T-V-G-V-I-I-S-K-F-F-T-A-E-W-T-L-I-S-F-L-E-S-L-F-A-M-I-G-D-M-I-G-A-F-I-K-R-R-L-G-I-P-R-G-G-R-V-L-G-L-D-Q-L-D-F-V-L-G-A-S-L-I-L-V-L-M-R-V-N-I-T-W-Y-Q-F-L-F-I-C-G-L-A-F-F-L-H-Q-G-T-N-Y-V-A-Y-L-L-K-I-K-N-V-P-W


### FUNCTION One of the integral membrane subunits of multisubunit membrane-bound -hydrogenase eha Eha is predicted to form large electron transfer complex and might catalyze energy-driven reduction of low-potential redox carriers ### SEQUENCE -M-I-I-H-V-T-Y-L-S-G-Y-I-T-G-I-I-S-S-I-I-I-S-A-I-L-G-L-P-L-A-P-E-R-P-A-R-H-S-W-T-P-S-A-I-F-P-A-P-I-I-A-M-G-L-V-A-I-C-I-K-L-G-V-T-G-M-Y-G-G-V-D-L-G-V-V-S-G-L-L-A-A-L-M-T-A-Y-F-L-E-D-I-F-P-R-P-E-D-L


### FUNCTION Forms part of the ribosomal stalk, playing a central role in the interaction of the ribosome with GTP-bound translation factors ### SEQUENCE -M-E-Y-V-Y-A-A-L-L-L-H-S-V-G-K-E-I-N-E-D-N-L-K-A-V-L-Q-A-A-G-V-E-P-D-E-A-R-I-K-A-L-V-A-A-L-E-G-V-N-I-D-E-V-I-E-K-A-A-M-P-V-A-V-A-A-A-P-A-A-A-P-A-E-A-P-A-E-E-K-K-E-E-E-K-K-E-E-E-K-E-E-E-V-S-E-E-E-A-L-A-G-L-S-A-L-F-G


### FUNCTION Produces ATP from ADP in the presence of a proton gradient across the membrane ### SEQUENCE -M-S-G-A-E-L-I-I-Q-E-I-N-R-E-A-E-R-K-I-E-Y-I-L-N-E-A-R-E-E-A-E-K-I-K-E-E-A-K-R-R-A-E-S-K-A-E-W-I-L-R-R-A-K-T-Q-A-E-L-E-K-Q-R-I-I-A-N-A-R-L-E-V-R-R-K-R-L-A-V-Q-E-E-I-I-R-N-V-L-D-E-V-R-K-R-L-Q-E-M-P-E-E-E-Y-F-E-S-I-K-A-L-L-K-E-A-V-E-E-L-K-E-G-K-V-R-V-Y-S-N-E-R-T-L-A-L-I-S-S-R-I-E-E-I-R-D-Y-L-G-S-I-S-I-E-I-G-S-A-I-S-T-M-G-G-V-I-V-E-T-E-D-G-R-I-R-I-D-N-T-F-E-A-R-M-E-R-F-E-G-E-I-R-A-K-I-A-K-V-L-F-G-G


### FUNCTION Produces ATP from ADP in the presence of a proton gradient across the membrane ### SEQUENCE -M-K-V-V-V-M-G-D-S-D-T-V-T-G-F-R-L-A-G-V-H-E-A-Y-E-F-D-F-S-E-L-S-I-E-R-A-R-N-K-L-K-E-L-V-E-R-D-D-V-G-I-I-L-I-T-E-R-L-A-Q-R-I-G-D-L-P-Q-V-N-L-P-I-I-L-Q-I-P-D-K-F-G-S-I-Y-G-E-E-L-L-R-E-I-V-R-K-A-V-G-I-E-I-K-R


### FUNCTION In vitro, binds efficiently double-stranded RNAs in a non-sequence specific manner ### SEQUENCE -M-A-G-K-L-Q-A-H-N-I-R-I-R-T-F-I-H-A-T-E-D-P-E-K-V-L-E-A-L-E-T-L-F-P-E-E-I-S-P-K-D-V-E-F-E-V-I-E-T-E-G-Y-F-G-N-P-I-L-V-V-D-A-E-I-K-H-S-R-N-I-R-K-F-L-E-N-L-R-G-L-L-S-K-E-D-R-K-Y-L-W-E-H-A-E-E-K-V-D-E-T-G-T-F-Y-I-R-F-D-K-Q-K-A-Y-L-G-E-V-K-V-S-E-G-E-D-V-I-H-V-R-I-K-V-K-A-F-P-M-K-K-E-A-V-V-K-A-V-R-E-W-L-E-G-E-D


### FUNCTION Ferredoxins are iron-sulfur proteins that transfer electrons in a wide variety of metabolic reactions ### SEQUENCE -M-A-W-K-V-S-V-D-Q-D-T-C-I-G-D-A-I-C-A-S-L-C-P-D-V-F-E-M-N-D-E-G-K-A-Q-P-K-V-E-I-I-E-D-E-E-L-Y-N-C-A-K-E-A-M-E-S-C-P-V-S-A-I-T-I-E-E-A


### FUNCTION Catalyzes the conversion of 7,8-dihydroneopterin triphosphate  and acetaldehyde ### SEQUENCE -M-K-R-V-V-S-I-K-R-R-I-Y-W-T-K-E-F-D-S-S-H-F-L-E-L-E-Y-E-S-K-C-R-R-L-H-G-H-T-Y-R-V-E-V-E-I-E-G-E-P-N-E-H-G-M-I-F-D-F-N-H-L-S-E-L-I-K-T-L-D-H-K-V-I-V-S-E-K-W-V-R-Y-E-E-G-Y-V-L-I-E-K-N-D-K-L-L-K-L-P-R-S-E-V-V-V-I-D-K-P-N-V-T-A-E-Y-I-A-E-W-I-S-E-R-I-L-E-N-A-G-E-N-V-R-E-I-R-V-R-V-W-E-D-P-R-S-Y-A-E-I-T-L-T-L-K-P-Q-G-S


### FUNCTION Catalyzes the GTP-dependent phosphorylation of the 3'-hydroxyl group of dephosphocoenzyme A to form coenzyme A ### SEQUENCE -M-K-V-L-F-K-L-P-P-S-L-R-S-E-L-K-K-P-V-G-E-L-I-E-G-D-I-P-T-P-Y-L-K-V-K-D-I-L-T-N-E-D-P-L-V-T-V-G-D-V-V-T-E-N-I-M-K-V-G-L-N-P-N-L-A-I-Y-D-H-K-T-E-R-R-E-Y-K-P-N-I-R-S-V-E-G-V-L-I-T-V-K-N-P-P-G-T-I-T-L-P-L-L-K-A-I-K-K-A-Y-S-L-L-S-H-G-K-R-V-H-I-V-V-D-G-E-E-D-L-A-T-I-P-A-V-L-Y-A-P-I-G-T-T-V-I-Y-G-Q-P-K-K-G-I-V-L-I-K-V-T-N-E-C-K-R-R-C-A-K-I-M-R-R-M-E-V-V-R-N-G-D


### FUNCTION Endonuclease that removes tRNA introns Cleaves pre-tRNA at the 5'- and 3'-splice sites to release the intron The products are an intron and two tRNA half-molecules bearing 2',3' cyclic phosphate and 5'-OH termini Recognizes a pseudosymmetric substrate in which 2 bulged loops of 3 bases are separated by a stem of 4 bp ### SEQUENCE -M-K-K-V-I-E-F-Y-L-S-G-D-R-V-Y-S-T-R-E-K-A-I-N-Q-L-Y-N-N-R-G-Y-G-E-L-K-G-N-K-L-F-L-S-L-I-E-A-A-Y-L-V-E-R-G-W-I-K-V-L-D-E-D-R-E-L-T-F-E-E-I-F-K-L-G-K-R-K-D-E-D-F-D-I-K-Y-L-V-Y-K-D-L-R-D-R-G-Y-I-V-K-S-A-L-K-F-G-S-H-F-R-V-Y-R-K-N-A-E-H-S-D-W-L-I-W-V-L-R-E-S-E-K-L-S-P-N-D-M-T-A-R-V-R-V-A-H-G-V-R-K-N-M-V-M-A-I-V-D-E-D-N-D-V-V-Y-Y-K-I-E-W-I-K-F


### FUNCTION Catalyzes the conversion of N5-carboxyaminoimidazole ribonucleotide ### SEQUENCE -M-V-K-V-G-M-P-K-V-G-I-I-M-G-S-D-S-D-L-P-V-M-K-E-A-A-K-V-L-E-D-F-E-V-D-Y-E-M-K-V-I-S-A-H-R-T-P-E-R-L-H-E-Y-A-R-T-A-E-E-R-G-I-E-V-I-I-A-G-A-G-G-A-A-H-L-P-G-V-L-A-A-L-T-M-I-P-V-I-G-V-P-I-K-S-K-A-L-N-G-L-D-S-L-L-S-I-V-Q-M-P-P-G-I-P-V-A-T-V-G-I-D-G-A-K-N-A-A-L-L-A-L-E-I-L-S-I-K-Y-P-E-I-K-E-K-L-K-K-Y-R-E-D-M-K-R-K-V-E-E-K-S-K-K-L-E-E-L-G-W-R-K-Y-L-E-G


### FUNCTION Probably deamidates glutamine residues to glutamate on methyl-accepting chemotaxis receptors , playing an important role in chemotaxis ### SEQUENCE -M-T-R-E-I-K-V-G-I-G-D-Y-A-V-G-K-G-E-G-I-I-S-T-Y-G-L-G-S-C-V-G-I-T-L-Y-D-R-V-T-K-V-G-G-L-L-H-A-L-L-P-E-A-A-R-Y-G-H-R-G-N-P-A-K-Y-V-D-T-G-L-Q-L-L-L-K-E-V-L-K-L-G-A-S-K-F-R-L-E-A-K-L-F-G-G-A-Q-M-F-Q-N-I-K-S-D-E-L-K-I-G-E-R-N-V-Q-T-A-K-R-E-L-K-K-L-G-I-R-L-V-A-E-D-T-G-G-R-G-G-R-T-I-Y-L-D-L-S-T-G-K-V-R-M-R-K-V-I-G-G-Q-V-I-E-K-V-Y


### FUNCTION Molecular chaperone capable of stabilizing a range of proteins Seems to fulfill an ATP-independent, HSP70-like function in archaeal de novo protein folding ### SEQUENCE -M-A-Q-S-N-K-E-L-E-K-L-A-Y-E-Y-Q-L-L-Q-A-Q-A-Q-L-L-A-Q-N-L-E-L-L-N-L-A-R-A-E-V-Q-T-V-K-E-T-L-E-N-L-K-K-I-E-E-E-K-P-E-I-L-V-P-I-G-A-G-S-F-L-K-G-I-I-V-D-K-N-N-A-I-V-S-V-G-S-G-Y-A-V-E-R-S-V-D-D-A-I-S-F-L-E-K-R-L-N-E-Y-D-D-A-I-K-K-T-Q-Q-A-L-T-E-L-E-K-R-L-G-D-V-A-K-K-A-Q-E-I-Q-Q-K-Q-A-M-G-S-F-K-V-K-K


### FUNCTION Molecular chaperone capable of stabilizing a range of proteins Seems to fulfill an ATP-independent, HSP70-like function in archaeal de novo protein folding ### SEQUENCE -M-Q-N-I-P-P-Q-V-Q-A-M-L-G-Q-L-E-S-Y-Q-Q-Q-L-Q-L-V-I-Q-Q-K-Q-K-V-Q-A-D-L-N-E-A-K-K-A-L-E-E-I-E-A-L-P-D-D-A-Q-V-Y-K-T-V-G-T-L-I-V-K-T-T-K-E-K-A-L-Q-E-L-K-E-K-V-E-T-L-E-V-R-L-N-A-L-N-R-Q-E-Q-K-I-N-E-K-V-K-E-L-T-Q-K-I-Q-A-A-L-R-P-P-T-A-G


### FUNCTION Transcriptional regulator ### SEQUENCE -M-D-L-V-R-F-S-I-S-I-P-A-E-L-L-E-K-F-D-R-I-I-E-E-I-G-Y-E-N-R-S-E-A-I-R-D-L-I-R-D-F-I-I-R-R-E-W-E-V-G-N-E-E-V-A-G-T-I-T-I-V-Y-N-H-D-E-G-D-V-V-K-E-L-L-D-L-Q-H-E-Y-L-D-E-I-I-S-T-L-H-V-H-M-D-E-H-N-C-L-E-V-I-V-V-K-G-K-A-K-R-I-K-M-I-A-S-R-L-M-S-L-K-G-V-K-H-G-K-L-V-M-T-S-T-G-K-E-L-L


### FUNCTION eIF-2 functions in the early steps of protein synthesis by forming a ternary complex with GTP and initiator tRNA ### SEQUENCE -M-E-I-D-Y-Y-D-Y-E-K-L-L-E-K-A-Y-E-E-L-P-E-N-V-K-H-H-K-S-R-F-E-V-P-G-A-L-V-T-I-E-G-N-K-T-I-I-E-N-F-K-D-I-A-E-A-L-N-R-D-P-Q-H-L-L-K-F-L-L-R-E-I-A-T-A-G-T-L-E-G-K-R-V-V-L-Q-G-R-F-T-P-Y-L-I-A-N-K-I-K-K-Y-I-K-E-Y-V-I-C-P-V-C-G-S-P-D-T-K-I-I-K-R-D-R-F-Y-F-L-K-C-E-A-C-G-A-E-T-P-I-Q-H-L