General Information
-
DRAMP ID
- DRAMP18140
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Peptide Name
- VG16KRKP
-
Source
- Synthetic construct
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Family
-
Gene
-
Sequence
- VARGWKRKCPLFGKGG
-
Sequence Length
- 16
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UniProt Entry
- No entry found
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Protein Existence
- Synthetic
Activity Information
-
Biological Activity
- Antimicrobial, Antibacterial, Antifungal, Anti-Gram+, Anti-Gram-
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Target Organism
-
- Gram-negative: E. coli (MIC=8 uM), X. campestris (MIC=10 uM), X. oryzae (MIC=15 uM);
- Gram-positive: B. subtilis (MIC=50 uM);
- Fungi: Candida albicans (MIC=2 uM), Cryptococcus grubii (MIC=5 uM)
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Hemolytic Activity
-
- No hemolysis information or data found in the reference(s) presented in this entry
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Cytotoxicity
-
- Not included yet
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Binding Target
- cell membrane
Structure Information
-
Linear/Cyclic
- Not included yet
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N-terminal Modification
- Not included yet
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C-terminal Modification
- Not included yet
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Nonterminal Modifications and Unusual Amino Acids
- Not included yet
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Stereochemistry
- Not included yet
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Structure
-
Structure Description
- The solution-NMR structure of VG16KRKP in lipopolysaccharide features a folded conformation with a centrally located turn-type structure stabilized by aromatic-aromatic packing interactions with extended N- and C-termini.
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Helical Wheel Diagram
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Predicted Structure
- There is no predicted structure for DRAMP18140.
Physicochemical Information
-
Formula
- C80H130N26O17S
Absent Amino Acids
- DEHIMNQSTY
Common Amino Acids
- G
Mass
- 1760.14
PI
- 11.11
Basic Residues
- 5
Acidic Residues
- 0
Hydrophobic Residues
- 5
Net Charge
- +5
-
Boman Index
- -2537
Hydrophobicity
- -0.606
Aliphatic Index
- 48.75
Half Life
-
- Mammalian:100 hour
- Yeast:>20 hour
- E.coli:>10 hour
Extinction Coefficient Cystines
- 5500
Absorbance 280nm
- 366.67
Polar Residues
- 5
DRAMP18140
Comments Information
VG16KRKP is capable of inhibiting bacterial disease progression in plants.
Literature Information
- ·Literature 1
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Title
- Antimicrobial Peptides: Insights into Membrane Permeabilization, Lipopolysaccharide Fragmentation and Application in Plant Disease Control
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Pubmed ID
- 26144972
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Reference
- Sci Rep. 2015 Jul 6;5:11951.
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Author
- Datta A, Ghosh A, Airoldi C, etal.