RUBIACEAE Coffea canephora  Pierre ex A.Froehner

 Synonym

  • RUBIACEAE Coffea robusta  L.
 Thai / English name

  • กาแฟ*

[1-1] of 1 article(s) found

 หน้า  1  

[1] INTERACTION OF COFFEE COMPOUNDS WITH SERUM ALBUMINS. PART II: DITERPENES.
ELENA GUERCIA,CRISTINA FORZATO,LUCIANO NAVARINI,ET AL.
FOOD CHEM 2016 Vol.199(),502-8  $62299 [Full]

Part Used : เมล็ด
Activity : EFFECTS ON PHARMACOKINETIC
Solvent/Active Compound : 16-O-methylcafestol
Type of experiment : in vitro
Type of animal : -
Type of study : -
N(Total) : -
N(Treatment) : -
Sex : -
Age : -
Route : Oral administration
Dose/Conc.(herb) : 5-500 micromolar
Duration : -
Type of interaction : Pharmacokinetics
Interaction with drug : Warfarin
Dose/Conc.(drug) : 10 micromolar in phosphate buffer
Result : Positive
Remark : In the initial solution, the warfarin - albumin complex is formed, and this is confirmed by the fact that after the addition of albumin, the warfarin emission is enhanced by about 70%. The fluorescence emission of warfarin is further increased upon the addition of the diterpenes in the low concentration range. This happens with both 16-O-methylcafestol and cafestol, despite the fact that their different effect on albumin tryptophan emission suggests a different mode of binding. This behavior as displace warfarin by competition in the binding site, rather than enhancing the affinity.

Part Used : เมล็ด
Activity : EFFECTS ON PHARMACOKINETIC
Solvent/Active Compound : cafestol
Type of experiment : in vitro
Type of animal : -
Type of study : -
N(Total) : -
N(Treatment) : -
Sex : -
Age : -
Route : Oral administration
Dose/Conc.(herb) : 5-500 micromolar
Duration : -
Type of interaction : Pharmacokinetics
Interaction with drug : Warfarin
Dose/Conc.(drug) : 10 micromolar in phosphate buffer
Result : Positive
Remark : In the initial solution, the warfarin - albumin complex is formed, and this is confirmed by the fact that after the addition of albumin, the warfarin emission is enhanced by about 70%. The fluorescence emission of warfarin is further increased upon the addition of the diterpenes in the low concentration range. This happens with both 16-O-methylcafestol and cafestol, despite the fact that their different effect on albumin tryptophan emission suggests a different mode of binding. This behavior as displace warfarin by competition in the binding site, rather than enhancing the affinity.


 หน้า  1