Table 2.

Techniques for metabolic labeling of the bacterial cell surface. Methods are organized by the cell envelope layer containing the target biomolecule and subdivided by the chemical class of the probe. Route indicates whether the probe is incorporated via a cytosolic pathway (internal) or via biosynthetic pathways outside the plasma membrane (external). Target indicates the biomolecule into which the probe is incorporated. Labeling strategy indicates whether the label is attached before or after probe incorporation into the target. Probe source indicates if probe is available commercially (COMM), or must be made by multi-step organic synthesis (MSOS) or solid-phase peptide synthesis (SPPS). Abbreviations: AAA, artificial amino acid; AEK, alanine-glutamate-lysine tripeptide; Alk, alkynyl chemical reporter; Az, azido chemical reporter; FITC, fluorescein fluorophore; FucAl, 6-alkynyl fucose; GlcNAc, N-acetyl glucosamine; KDO, 3-deoxy-D-manno-octulosonic acid; LPS, lipopolysaccharide; NAG, N-acetyl gluosamine; NAM, N-acetyl muramic acid; NBD, nitrobenzofurazan fluorophore; NHS, N-hydroxy succinimide ester; T3SS, type 3 secretion system; TAMRA, carboxy tetramethylrhodamine fluorophore; TMM, trehalose monomycolate; * - likely found in the plasma membrane (Bansal-Mutalik and Nikaido 2014); TDM, trehalose dimycolate; PG, peptidoglycan; PP, peptidoglycan pentapeptide.

LabeledLabeling
metaboliteRouteTargetProbestrategyProbe sourceSelected references
Peptidoglycan
Amino acid, chemical handleExternal, internalPG stem peptideD-cysteinePostCOMMde Pedro et al. (1997)
External, internalPG stem peptideAlk/Az-D-alaPostCOMMKuru et al. (2012), Siegrist et al. (2013)
External, InternalPG stem peptideD-ala D-ala with Alk or Az at N or C terminusPostCOMM, MSOS (3–6 steps)Liechti et al. (2013)
ExternalPG stem peptideAz-LPETG peptidePostSPPSNelson et al. (2010)
Amino acid, fluorescentExternalPG stem peptideFITC-LPETG peptidePreSPPSNelson et al. (2010)
External, InternalPG stem peptideNBD-AEKPreSPPSOlrichs et al. (2011)
External, InternalPG stem peptideNBD-D-ala, Coumarin-D-ala, FITC-D-lys, TAMRA-D-lysPreMSOS (1–4 steps)Kuru et al. (2012)
ExternalPG stem peptideFITC-D-lys carboxamidePreMSOS (1–4 steps)Lebar et al. (2014)
Outer membrane and mycomembrane
Glycan, chemical handleExternal, InternalFucose-containing bacterial polysaccharidesC6 modified fucosesPostMSOSYi et al. (2009)
InternalE. coli LPS inner core8-azido-8-deoxy-KDOPostMSOSDumont et al. (2012)
InternalFucosylated glycoproteinsAlk-FucPostMSOSBesanceney-Webler et al. (2011)
InternalH. pylori glycoproteinsAc4GlcNAzPostCOMMKoenigs, Richardson and Dube (2009)
InternalC. jejuni flaggelinPer-acetylated Az-pseudaminic acidPostMSOSLiu et al. (2009)
External, internalTMM*, TDMAz-trehalosePostMSOSSwarts et al. (2012), Urbanek et al. (2014)
Glycan, fluorescentExternalTMM*, TDMFITC-trehalosePreMSOSBackus et al. (2011)
Artificial amino acid, chemical handleInternalProtein, not site-specificMet replaced by Az-alanine, Az-homoalanine, Az-norvaline, Az-norleucinePostCOMM, MSOSLink and Tirrell (2003), Link, Vink and Tirrell (2004)
InternalProtein, site-specificTyr replaced by m- or p-acetyl-L-phenylalaninePostMSOSZhang et al. (2003)
InternalProtein, site-specificMet replaced by Az-norleucine AAAPostCOMMLink et al. (2006), Tanrikulu et al. (2009)
InternalProtein, site-specificSeveral Alk/Az AAAs as Met surrogates or UAG suppressorsPostCOMM, MSOSNgo and Tirrell (2011)
Secretion system components and substrates
Artificial amino acid, cross-linkingInternalSec systemSecY–p-benzoyl-phenylalanine AAACross-linkCOMMMori and Ito (2006)
InternalTranslocating polysaccharidesWza–p-benzoyl-phenylalanine AAACross-linkCOMMNickerson et al. (2014)
InternalT3SS secreted proteinsMet replaced by Azidonorleucine AAAPost (biotin)COMMMahdavi et al. (2014)
Lipid, chemical handleInternalLegionella effector proteinsAlkynyl-farnesol-1PostMSOS (3 steps)Ivanov et al. (2010)
InternalSalmonella T3SS effector proteinsAlkynyl-16 (palmitate analog)PostMSOS (6 steps)Hicks et al. (2011)
LabeledLabeling
metaboliteRouteTargetProbestrategyProbe sourceSelected references
Peptidoglycan
Amino acid, chemical handleExternal, internalPG stem peptideD-cysteinePostCOMMde Pedro et al. (1997)
External, internalPG stem peptideAlk/Az-D-alaPostCOMMKuru et al. (2012), Siegrist et al. (2013)
External, InternalPG stem peptideD-ala D-ala with Alk or Az at N or C terminusPostCOMM, MSOS (3–6 steps)Liechti et al. (2013)
ExternalPG stem peptideAz-LPETG peptidePostSPPSNelson et al. (2010)
Amino acid, fluorescentExternalPG stem peptideFITC-LPETG peptidePreSPPSNelson et al. (2010)
External, InternalPG stem peptideNBD-AEKPreSPPSOlrichs et al. (2011)
External, InternalPG stem peptideNBD-D-ala, Coumarin-D-ala, FITC-D-lys, TAMRA-D-lysPreMSOS (1–4 steps)Kuru et al. (2012)
ExternalPG stem peptideFITC-D-lys carboxamidePreMSOS (1–4 steps)Lebar et al. (2014)
Outer membrane and mycomembrane
Glycan, chemical handleExternal, InternalFucose-containing bacterial polysaccharidesC6 modified fucosesPostMSOSYi et al. (2009)
InternalE. coli LPS inner core8-azido-8-deoxy-KDOPostMSOSDumont et al. (2012)
InternalFucosylated glycoproteinsAlk-FucPostMSOSBesanceney-Webler et al. (2011)
InternalH. pylori glycoproteinsAc4GlcNAzPostCOMMKoenigs, Richardson and Dube (2009)
InternalC. jejuni flaggelinPer-acetylated Az-pseudaminic acidPostMSOSLiu et al. (2009)
External, internalTMM*, TDMAz-trehalosePostMSOSSwarts et al. (2012), Urbanek et al. (2014)
Glycan, fluorescentExternalTMM*, TDMFITC-trehalosePreMSOSBackus et al. (2011)
Artificial amino acid, chemical handleInternalProtein, not site-specificMet replaced by Az-alanine, Az-homoalanine, Az-norvaline, Az-norleucinePostCOMM, MSOSLink and Tirrell (2003), Link, Vink and Tirrell (2004)
InternalProtein, site-specificTyr replaced by m- or p-acetyl-L-phenylalaninePostMSOSZhang et al. (2003)
InternalProtein, site-specificMet replaced by Az-norleucine AAAPostCOMMLink et al. (2006), Tanrikulu et al. (2009)
InternalProtein, site-specificSeveral Alk/Az AAAs as Met surrogates or UAG suppressorsPostCOMM, MSOSNgo and Tirrell (2011)
Secretion system components and substrates
Artificial amino acid, cross-linkingInternalSec systemSecY–p-benzoyl-phenylalanine AAACross-linkCOMMMori and Ito (2006)
InternalTranslocating polysaccharidesWza–p-benzoyl-phenylalanine AAACross-linkCOMMNickerson et al. (2014)
InternalT3SS secreted proteinsMet replaced by Azidonorleucine AAAPost (biotin)COMMMahdavi et al. (2014)
Lipid, chemical handleInternalLegionella effector proteinsAlkynyl-farnesol-1PostMSOS (3 steps)Ivanov et al. (2010)
InternalSalmonella T3SS effector proteinsAlkynyl-16 (palmitate analog)PostMSOS (6 steps)Hicks et al. (2011)
Table 2.

Techniques for metabolic labeling of the bacterial cell surface. Methods are organized by the cell envelope layer containing the target biomolecule and subdivided by the chemical class of the probe. Route indicates whether the probe is incorporated via a cytosolic pathway (internal) or via biosynthetic pathways outside the plasma membrane (external). Target indicates the biomolecule into which the probe is incorporated. Labeling strategy indicates whether the label is attached before or after probe incorporation into the target. Probe source indicates if probe is available commercially (COMM), or must be made by multi-step organic synthesis (MSOS) or solid-phase peptide synthesis (SPPS). Abbreviations: AAA, artificial amino acid; AEK, alanine-glutamate-lysine tripeptide; Alk, alkynyl chemical reporter; Az, azido chemical reporter; FITC, fluorescein fluorophore; FucAl, 6-alkynyl fucose; GlcNAc, N-acetyl glucosamine; KDO, 3-deoxy-D-manno-octulosonic acid; LPS, lipopolysaccharide; NAG, N-acetyl gluosamine; NAM, N-acetyl muramic acid; NBD, nitrobenzofurazan fluorophore; NHS, N-hydroxy succinimide ester; T3SS, type 3 secretion system; TAMRA, carboxy tetramethylrhodamine fluorophore; TMM, trehalose monomycolate; * - likely found in the plasma membrane (Bansal-Mutalik and Nikaido 2014); TDM, trehalose dimycolate; PG, peptidoglycan; PP, peptidoglycan pentapeptide.

LabeledLabeling
metaboliteRouteTargetProbestrategyProbe sourceSelected references
Peptidoglycan
Amino acid, chemical handleExternal, internalPG stem peptideD-cysteinePostCOMMde Pedro et al. (1997)
External, internalPG stem peptideAlk/Az-D-alaPostCOMMKuru et al. (2012), Siegrist et al. (2013)
External, InternalPG stem peptideD-ala D-ala with Alk or Az at N or C terminusPostCOMM, MSOS (3–6 steps)Liechti et al. (2013)
ExternalPG stem peptideAz-LPETG peptidePostSPPSNelson et al. (2010)
Amino acid, fluorescentExternalPG stem peptideFITC-LPETG peptidePreSPPSNelson et al. (2010)
External, InternalPG stem peptideNBD-AEKPreSPPSOlrichs et al. (2011)
External, InternalPG stem peptideNBD-D-ala, Coumarin-D-ala, FITC-D-lys, TAMRA-D-lysPreMSOS (1–4 steps)Kuru et al. (2012)
ExternalPG stem peptideFITC-D-lys carboxamidePreMSOS (1–4 steps)Lebar et al. (2014)
Outer membrane and mycomembrane
Glycan, chemical handleExternal, InternalFucose-containing bacterial polysaccharidesC6 modified fucosesPostMSOSYi et al. (2009)
InternalE. coli LPS inner core8-azido-8-deoxy-KDOPostMSOSDumont et al. (2012)
InternalFucosylated glycoproteinsAlk-FucPostMSOSBesanceney-Webler et al. (2011)
InternalH. pylori glycoproteinsAc4GlcNAzPostCOMMKoenigs, Richardson and Dube (2009)
InternalC. jejuni flaggelinPer-acetylated Az-pseudaminic acidPostMSOSLiu et al. (2009)
External, internalTMM*, TDMAz-trehalosePostMSOSSwarts et al. (2012), Urbanek et al. (2014)
Glycan, fluorescentExternalTMM*, TDMFITC-trehalosePreMSOSBackus et al. (2011)
Artificial amino acid, chemical handleInternalProtein, not site-specificMet replaced by Az-alanine, Az-homoalanine, Az-norvaline, Az-norleucinePostCOMM, MSOSLink and Tirrell (2003), Link, Vink and Tirrell (2004)
InternalProtein, site-specificTyr replaced by m- or p-acetyl-L-phenylalaninePostMSOSZhang et al. (2003)
InternalProtein, site-specificMet replaced by Az-norleucine AAAPostCOMMLink et al. (2006), Tanrikulu et al. (2009)
InternalProtein, site-specificSeveral Alk/Az AAAs as Met surrogates or UAG suppressorsPostCOMM, MSOSNgo and Tirrell (2011)
Secretion system components and substrates
Artificial amino acid, cross-linkingInternalSec systemSecY–p-benzoyl-phenylalanine AAACross-linkCOMMMori and Ito (2006)
InternalTranslocating polysaccharidesWza–p-benzoyl-phenylalanine AAACross-linkCOMMNickerson et al. (2014)
InternalT3SS secreted proteinsMet replaced by Azidonorleucine AAAPost (biotin)COMMMahdavi et al. (2014)
Lipid, chemical handleInternalLegionella effector proteinsAlkynyl-farnesol-1PostMSOS (3 steps)Ivanov et al. (2010)
InternalSalmonella T3SS effector proteinsAlkynyl-16 (palmitate analog)PostMSOS (6 steps)Hicks et al. (2011)
LabeledLabeling
metaboliteRouteTargetProbestrategyProbe sourceSelected references
Peptidoglycan
Amino acid, chemical handleExternal, internalPG stem peptideD-cysteinePostCOMMde Pedro et al. (1997)
External, internalPG stem peptideAlk/Az-D-alaPostCOMMKuru et al. (2012), Siegrist et al. (2013)
External, InternalPG stem peptideD-ala D-ala with Alk or Az at N or C terminusPostCOMM, MSOS (3–6 steps)Liechti et al. (2013)
ExternalPG stem peptideAz-LPETG peptidePostSPPSNelson et al. (2010)
Amino acid, fluorescentExternalPG stem peptideFITC-LPETG peptidePreSPPSNelson et al. (2010)
External, InternalPG stem peptideNBD-AEKPreSPPSOlrichs et al. (2011)
External, InternalPG stem peptideNBD-D-ala, Coumarin-D-ala, FITC-D-lys, TAMRA-D-lysPreMSOS (1–4 steps)Kuru et al. (2012)
ExternalPG stem peptideFITC-D-lys carboxamidePreMSOS (1–4 steps)Lebar et al. (2014)
Outer membrane and mycomembrane
Glycan, chemical handleExternal, InternalFucose-containing bacterial polysaccharidesC6 modified fucosesPostMSOSYi et al. (2009)
InternalE. coli LPS inner core8-azido-8-deoxy-KDOPostMSOSDumont et al. (2012)
InternalFucosylated glycoproteinsAlk-FucPostMSOSBesanceney-Webler et al. (2011)
InternalH. pylori glycoproteinsAc4GlcNAzPostCOMMKoenigs, Richardson and Dube (2009)
InternalC. jejuni flaggelinPer-acetylated Az-pseudaminic acidPostMSOSLiu et al. (2009)
External, internalTMM*, TDMAz-trehalosePostMSOSSwarts et al. (2012), Urbanek et al. (2014)
Glycan, fluorescentExternalTMM*, TDMFITC-trehalosePreMSOSBackus et al. (2011)
Artificial amino acid, chemical handleInternalProtein, not site-specificMet replaced by Az-alanine, Az-homoalanine, Az-norvaline, Az-norleucinePostCOMM, MSOSLink and Tirrell (2003), Link, Vink and Tirrell (2004)
InternalProtein, site-specificTyr replaced by m- or p-acetyl-L-phenylalaninePostMSOSZhang et al. (2003)
InternalProtein, site-specificMet replaced by Az-norleucine AAAPostCOMMLink et al. (2006), Tanrikulu et al. (2009)
InternalProtein, site-specificSeveral Alk/Az AAAs as Met surrogates or UAG suppressorsPostCOMM, MSOSNgo and Tirrell (2011)
Secretion system components and substrates
Artificial amino acid, cross-linkingInternalSec systemSecY–p-benzoyl-phenylalanine AAACross-linkCOMMMori and Ito (2006)
InternalTranslocating polysaccharidesWza–p-benzoyl-phenylalanine AAACross-linkCOMMNickerson et al. (2014)
InternalT3SS secreted proteinsMet replaced by Azidonorleucine AAAPost (biotin)COMMMahdavi et al. (2014)
Lipid, chemical handleInternalLegionella effector proteinsAlkynyl-farnesol-1PostMSOS (3 steps)Ivanov et al. (2010)
InternalSalmonella T3SS effector proteinsAlkynyl-16 (palmitate analog)PostMSOS (6 steps)Hicks et al. (2011)
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