precursor

Showing entry for Yerba mate Chlorogenic acids

Identification

PhytoHub ID
PHUB002643
Name
Yerba mate Chlorogenic acids
Systematic Name
Not Available
Synonyms
Not Available
CAS Number
Not Available
Average Mass
Not Available
Monoisotopic Mass
Not Available
Chemical Formula
Not Available
IUPAC Name
Not Available
InChI Key
Not Available
InChI Identifier
Not Available
SMILES
Not Available
Structure
No structure

Calculated Properties

Solubility (ALOGPS)
Not Available
LogS (ALOGPS)
Not Available
LogP (ALOGPS)
Not Available
Hydrogen Acceptors
Not Available
Hydrogen Donors
Not Available
Rotatable Bond Count
Not Available
Polar Surface Area
Not Available
Refractivity
Not Available
Polarizability
Not Available
Formal Charge
Not Available
Physiological Charge
Not Available
pKa (strongest basic)
Not Available
pKa (strongest acidic)
Not Available
Number of Rings
Not Available
Rule of Five
No
Bioavailability
No
Ghose Filter
No
Veber's Rule
No
MDDR-like Rule
No

Taxonomy as Food Phytochemical

Family
Polyphenols
Class
Phenolic acids
Sub-class
Hydroxycinnamic acids

Spectra from Online Resources

No spectra information available

Spectra from Phytohub

Spectrum TypeDescriptionSplash KeyDeposition DateView

Food Sources

No food source information available

Role as Biomarker of intake

No roles as Biomarker of intake found

Metabolism

Food PhytochemicalMetaboliteSpeciesBiofluidsOriginTMaxCMaxUrinary ExcretionFormulaMonoisotopic mass
Yerba mate Chlorogenic acids Dihydrocaffeic acidhumanplasma, urinegut microbiota metabolite5h-8h20-50 nmol/L<1%C9H10O4182.057908802 Detailed Intervention Studies Publications
Yerba mate Chlorogenic acids Isoferulic acidhumanurinehost-gut microbiota co-metaboliteNot AvailableNot Available<1%C10H10O4194.057908802 Detailed Intervention Studies Publications
Yerba mate Chlorogenic acids Dihydroferulic acidhumanplasma, urinehost-gut microbiota co-metabolite5h-8h200-500 nmol/L<1%C10H12O4196.073558866 Detailed Intervention Studies Publications
Yerba mate Chlorogenic acids Ferulic acid-4'-O-glucuronidehumanplasma, urinehost metabolism1h-3h<20 nmol/L<1%C16H18O10370.08999678 Detailed Intervention Studies Publications
Yerba mate Chlorogenic acids Ferulic acid-4'-sulfatehumanplasma, urinehost metabolism<1h<20 nmol/L<1%C10H10O7S274.014723836 Detailed Intervention Studies Publications
Yerba mate Chlorogenic acids Feruloylglycinehumanplasma, urinehost-gut microbiota co-metabolite5h-8h20-50 nmol/L1-5%C12H13NO5251.079372523 Detailed Intervention Studies Publications
Yerba mate Chlorogenic acids 4-Hydroxyphenylpropionic acidhumanurinegut microbiota metaboliteNot AvailableNot Available<1%C9H10O3166.062994182 Detailed Intervention Studies Publications
Yerba mate Chlorogenic acids Dihydrocaffeic acid-3'-O-glucuronidehumanurinehost-gut microbiota co-metaboliteNot AvailableNot Available<1%C15H18O10358.08999678 Detailed Intervention Studies Publications
Yerba mate Chlorogenic acids Dihydrocaffeic acid-4'-sulfatehumanplasma, urinehost-gut microbiota co-metabolite5h-8h200-500 nmol/L<1%C9H10O7S262.014723836 Detailed Intervention Studies Publications
Yerba mate Chlorogenic acids Isoferulic acid-3'-O-glucuronidehumanurinehost-gut microbiota co-metaboliteNot AvailableNot Available<1%C16H18O10370.08999678 Detailed Intervention Studies Publications
Yerba mate Chlorogenic acids Dihydroisoferulic acidhumanplasmahost-gut microbiota co-metabolite5h-8h50-200 nmol/LNot AvailableC10H12O4196.073558866 Detailed Intervention Studies Publications
Yerba mate Chlorogenic acids Dihydroisoferulic acid-3'-glucuronidehumanplasma, urinehost-gut microbiota co-metabolite5h-8h20-50 nmol/L<1%C16H18O10370.08999678 Detailed Intervention Studies Publications
Yerba mate Chlorogenic acids Dihydroferulic acid-4'-O-glucuronidehumanplasma, urinehost-gut microbiota co-metabolite5h-8h50-200 nmol/L<1%C16H20O10372.105646844 Detailed Intervention Studies Publications
Yerba mate Chlorogenic acids Dihydroferulic acid-4'-sulfatehumanplasma, urinehost-gut microbiota co-metabolite5h-8h50-200 nmol/L1-5%C10H12O7S276.0303739 Detailed Intervention Studies Publications
Yerba mate Chlorogenic acids 3-Phenylpropionic acid-4'-O-glucuronidehumanurinehost-gut microbiota co-metaboliteNot AvailableNot Available<1%C15H18O9342.09508216 Detailed Intervention Studies Publications
Yerba mate Chlorogenic acids Dihydrocaffeic acid-3-sulfatehumanurinehost-gut microbiota co-metaboliteNot AvailableNot Available1-5%C9H10O7S262.014723836 Detailed Intervention Studies Publications
Yerba mate Chlorogenic acids Dihydroisoferulic acid-3'-O-sulfatehumanplasma, urinehost-gut microbiota co-metabolite5h-8h20-50 nmol/L<1%C10H12O7S276.0303739 Detailed Intervention Studies Publications
Yerba mate Chlorogenic acids Caffeic acid 3'-sulfatehumanplasma, urinehost metabolism<1h20-50 nmol/L<1%C9H8O7S259.999073772 Detailed Intervention Studies Publications
Yerba mate Chlorogenic acids 3-(Phenyl)propionic acid-4′-sulfatehumanurinehost-gut microbiota co-metaboliteNot AvailableNot Available<1%C9H10O6S246.019809216 Detailed Intervention Studies Publications
Yerba mate Chlorogenic acids isoFeruloylglycinehumanurinehost-gut microbiota co-metaboliteNot AvailableNot Available<1%C12H13NO5251.079372523 Detailed Intervention Studies Publications
Yerba mate Chlorogenic acids 3-Dihydroferuloylquinic acidhumanplasma, urinehost-gut microbiota co-metabolite8h-12h<20 nmol/L<1% Detailed Intervention Studies Publications
Yerba mate Chlorogenic acids 5-Dihydroferuloylquinic acidhumanplasma, urinehost-gut microbiota co-metabolite8h-12h20-50 nmol/L<1%C18H24O8368.147117733 Detailed Intervention Studies Publications
Yerba mate Chlorogenic acids Dihydrocoumaroylquinic acidhumanplasma, urinegut microbiota metabolite8h-12h20-50 nmol/L<1% Detailed Intervention Studies Publications
Yerba mate Chlorogenic acids 3-Dihydrocaffeoylquinic acidhumanurinegut microbiota metaboliteNot AvailableNot Available<1% Detailed Intervention Studies Publications
Yerba mate Chlorogenic acids Caffeoylquinic acid lactone sulfatehumanurinehost metabolismNot AvailableNot Available<1% Detailed Intervention Studies Publications

Inter-Individual Variations in Metabolism

Food PhytochemicalMetaboliteEffectValue
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