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TTKNYGNGVCNSVNWCQCGNVWASCNLATGCAAWLCKLA details
Primary information
ID antitb_1291,
Name17347179
N-Terminal modificationBcn5
C-Terminal ModificationTTKNYGNGVCNSVNWCQCGNVWASCNLATGCAAWLCKLA
Chemical ModificationFree
Linear/CyclicFree
LengthNone
ChiralityLinear
Nature39
SourceL
SpeciesNatural
StrainIsolated from diverse Gram-positive bacteria species
Inhibition ConcentrationMycobacterium tuberculosis
In Vitro/ In vivoMycobacterium tuberculosis strain H37Rv
Cell LineMIC90 = 0.1 mg/L
Inhibition ConcentrationBoth
Sequence2007
CytotoxicityMouse macrophages
In vivo ModelNo inhibition
Lethal DoseNo cytotoxicty
Immune ResponceC57BL/6JCit (B6) feamale mice of age 14
Mechanism of Action10 mg/mouse of Bcn5
TargetNA
Combination TherapyFormation of pores in cell membranes
Other activitiesCell envelope
PMIDNone
Year of PublicationNone
Tertiary Structure
(Technique)
Not Predicted),
Primary information
ID antitb_1292,
Name17347179
N-Terminal modificationBcn5
C-Terminal ModificationTTKNYGNGVCNSVNWCQCGNVWASCNLATGCAAWLCKLA
Chemical ModificationFree
Linear/CyclicFree
LengthNone
ChiralityLinear
Nature39
SourceL
SpeciesNatural
StrainIsolated from diverse Gram-positive bacteria species
Inhibition ConcentrationMycobacterium tuberculosis
In Vitro/ In vivoMycobacterium tuberculosis strain H37Rv
Inhibition ConcentrationBoth
Sequence2007
CytotoxicityMouse macrophages
In vivo ModelNo inhibition
Lethal DoseNo cytotoxicty
Immune ResponceC57BL/6JCit (B6) feamale mice of age 15
Mechanism of Action10 mg/mouse of Bcn5-PhC complex
TargetNA
Combination TherapyFormation of pores in cell membranes
Other activitiesCell envelope
PMIDMixture of phosphatidylcholine (Ph) and cardiolipin (C) with Bcn5
Year of PublicationNone
Tertiary Structure
(Technique)
Not Predicted),
Primary information
ID antitb_1553,
Name25613372
N-Terminal modificationE50-52
C-Terminal ModificationTTKNYGNGVCNSVNWCQCGNVWASCNLATGCAAWLCKLA
Chemical ModificationFree
Linear/CyclicFree
LengthNone
ChiralityLinear
Nature39
SourceL
OriginCationic
SpeciesNatural
StrainDerived from Enterococcus faecalis
Inhibition ConcentrationMycobacterium tuberculosis
In Vitro/ In vivoMycobacterium tuberculosis H37Rv
Cell LineMIC= 0.1mg/L (within macrophage)
Inhibition Concentrationin vitro
Sequence2015
CytotoxicityNA
In vivo ModelNA
Lethal DoseNA
Immune ResponceNA
Mechanism of ActionNA
TargetNA
Combination TherapyNA
Other activitiesNA
PMIDNA
Year of PublicationNA
Tertiary Structure
(Technique)
Not Predicted),
Primary information
ID antitb_1554,
Name25613372
N-Terminal modificationE50-52
C-Terminal ModificationTTKNYGNGVCNSVNWCQCGNVWASCNLATGCAAWLCKLA
Chemical ModificationFree
Linear/CyclicFree
LengthNone
ChiralityLinear
Nature39
SourceL
OriginCationic
SpeciesNatural
StrainDerived from Enterococcus faecalis
Inhibition ConcentrationMycobacterium tuberculosis
In Vitro/ In vivoMycobacterium tuberculosis H37Rv
Cell LineMIC = 1μg/ml
Inhibition Concentrationin vitro
Sequence2015
CytotoxicityNA
In vivo ModelNA
Lethal DoseNA
Immune ResponceNA
Mechanism of ActionNA
TargetNA
Combination TherapyNA
Other activitiesNA
PMIDNA
Year of PublicationNA
Tertiary Structure
(Technique)
Not Predicted),