Welcome to Sequence Card of Peptide


Details of SAPdb entry with Sequence PFG
Primary information
SAPdb ID 1090,
PMID25858135
Peptide NamePeptide 4
Peptide sequencePFG
N-Terminal ModificationBoc (or t-butoxycarbonyl)
C-Terminal ModificationMethoxy
Non-Terminal ModificationNone
Length3
Peptide/ConjuagatePeptide
Conjugate partnerNone
TechniqueTransmission Electron Microscopy (TEM) and DLS (Dynamic Light scattering)
Solvent10% methanol
MethodA solution of peptide prepared in 100μL 10% methanol in water and vortexed for 2 min. The dispersed sample was left at room temperature for 2h to form self assembled structure.
Conc1mg/ml
TemperatureRoom temperature
Incubation Time2 hours
Year2015
Self assemblyYes
Type of Self assemblySpherical Nanostructure
Tertiary Structure
(Technique)
Not Predicted),
Linear
NA
NA
Nanosphere
119.6
None
N.A.
Primary information
SAPdb ID 1091,
PMID25858135
Peptide NamePeptide 4
Peptide sequencePFG
N-Terminal ModificationBoc (or t-butoxycarbonyl)
C-Terminal ModificationMethoxy
Non-Terminal ModificationNone
Length3
Peptide/ConjuagatePeptide
Conjugate partnerNone
TechniqueTransmission Electron Microscopy (TEM) and DLS (Dynamic Light scattering)
Solvent10% TFE(Trifluoroethanol)
MethodA solution of peptide prepared in 100μL 10% TEF in water and vortexed for 2 min. The dispersed sample was left at room temperature for 2h to form self assembled structure.
Conc1mg/ml
TemperatureRoom temperature
Incubation Time2 hours
Year2015
Self assemblyYes
Type of Self assemblySpherical Nanostructure
Tertiary Structure
(Technique)
Not Predicted),
Linear
NA
NA
Nanosphere
117.5
None
N.A.
Primary information
SAPdb ID 1092,
PMID25858135
Peptide NamePeptide 4
Peptide sequencePFG
N-Terminal ModificationBoc (or t-butoxycarbonyl)
C-Terminal ModificationMethoxy
Non-Terminal ModificationNone
Length3
Peptide/ConjuagatePeptide
Conjugate partnerNone
TechniqueTransmission Electron Microscopy (TEM) and DLS (Dynamic Light scattering)
Solvent10% methanol
MethodA solution of peptide prepared in 100μL 10% methanol and in water , Eosin added and vortexed for 2 min. The dispersed sample was left at room temperature for 2h to form self assembled structure.
Conc1mg/ml
TemperatureRoom temperature
Incubation Time2 hours
Year2015
Self assemblyYes
Type of Self assemblySpherical Nanostructure
Tertiary Structure
(Technique)
Not Predicted),
Linear
NA
NA
Nanosphere
135.5
None
N.A.
Primary information
SAPdb ID 1093,
PMID25858135
Peptide NamePeptide 4
Peptide sequencePFG
N-Terminal ModificationBoc (or t-butoxycarbonyl)
C-Terminal ModificationMethoxy
Non-Terminal ModificationNone
Length3
Peptide/ConjuagatePeptide
Conjugate partnerNone
TechniqueTransmission Electron Microscopy (TEM) and DLS (Dynamic Light scattering)
Solvent10% methanol
MethodA solution of Peptide + Eosin + TPGS prepared in 100μL 10% methanol and in water and vortexed for 2 min. The dispersed sample was left at room temperature for 2h to form self assembled structure.
Conc1mg/ml
TemperatureRoom temperature
Incubation Time2 hours
Year2015
Self assemblyYes
Type of Self assemblySpherical Nanostructure
Tertiary Structure
(Technique)
Not Predicted),
Linear
NA
NA
Nanosphere
309.2
None
N.A.
Primary information
SAPdb ID 1094,
PMID25858135
Peptide NamePeptide 4
Peptide sequencePFG
N-Terminal ModificationBoc (or t-butoxycarbonyl)
C-Terminal ModificationMethoxy
Non-Terminal ModificationNone
Length3
Peptide/ConjuagatePeptide
Conjugate partnerNone
TechniqueTransmission Electron Microscopy (TEM) and DLS (Dynamic Light scattering)
Solvent20% methanol
MethodA solution of Peptide + Aspirin prepared in 100μL 20% methanol and in water , and vortexed for 2 min. The dispersed sample was left at room temperature for 2h to form self assembled structure.
Conc1mg/ml
TemperatureRoom temperature
Incubation Time2 hours
Year2015
Self assemblyYes
Type of Self assemblySpherical Nanostructure
Tertiary Structure
(Technique)
Not Predicted),
Linear
NA
NA
Nanosphere
217.1
None
N.A.
Primary information
SAPdb ID 1095,
PMID25858135
Peptide NamePeptide 4
Peptide sequencePFG
N-Terminal ModificationBoc (or t-butoxycarbonyl)
C-Terminal ModificationMethoxy
Non-Terminal ModificationNone
Length3
Peptide/ConjuagatePeptide
Conjugate partnerNone
TechniqueTransmission Electron Microscopy (TEM) and DLS (Dynamic Light scattering)
Solvent20 methanol
MethodPeptide + Aspirin + TPGS (aspirin-loaded peptide nanostructures (5 mg in 1 mL water) to the vitamin E- TPGS solution(0.4% w/v) was done with continuous stirring at 1400 rpm to form water in oil emulsion (w/o emulsion). After emulsification, solution was stirred for 2 h at 4 °C to stabilize the Vitamin E-TPGS coated nanoparticle through self-assembly.
Conc1mg/ml
Temperature4 °C
Incubation Time2 hours
Year2015
Self assemblyYes
Type of Self assemblySpherical Nanostructure
Tertiary Structure
(Technique)
Not Predicted),
Linear
NA
NA
Nanosphere
313.5
None
N.A.
Primary information
SAPdb ID 1096,
PMID25858135
Peptide NamePeptide 4
Peptide sequencePFG
N-Terminal ModificationBoc (or t-butoxycarbonyl)
C-Terminal ModificationMethoxy
Non-Terminal ModificationNone
Length3
Peptide/ConjuagatePeptide
Conjugate partnerNone
TechniqueTransmission Electron Microscopy (TEM) and DLS (Dynamic Light scattering)
Solvent20% methanol
MethodA solution of Peptide + curcumin prepared in 100μL 20% methanol and in water and vortexed for 2 min. The dispersed sample was left at room temperature for 2h to form self assembled structure.
Conc1mg/ml
TemperatureRoom temperature
Incubation Time2 hours
Year2015
Self assemblyYes
Type of Self assemblySpherical Nanostructure
Tertiary Structure
(Technique)
Not Predicted),
Linear
NA
NA
Nanosphere
143.9
None
N.A.
Primary information
SAPdb ID 1097,
PMID25858135
Peptide NamePeptide 4
Peptide sequencePFG
N-Terminal ModificationBoc (or t-butoxycarbonyl)
C-Terminal ModificationMethoxy
Non-Terminal ModificationNone
Length3
Peptide/ConjuagatePeptide
Conjugate partnerNone
TechniqueTransmission Electron Microscopy (TEM) and DLS (Dynamic Light scattering)
Solvent20% methanol
MethodPeptide + Curcumin + TPGS [aspirin-loaded pep- tide nanostructures (5 mg in 1 mL water) to the vitamin E- TPGS solution(0.4% w/v) was done with continuous stirring at 1400 rpm to form water in oil emulsion (w/o emulsion). After emulsification, solution was stirred for 2 h at 4°C. to stabilize the Vitamin E-TPGS coated nanoparticle through self- assembly.
Conc1mg/ml
Temperature4 °C
Incubation Time2 hours
Year2015
Self assemblyYes
Type of Self assemblySpherical Nanostructure
Tertiary Structure
(Technique)
Not Predicted),
Linear
NA
NA
Nanosphere
249.9
None
N.A.