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Classification
KFO Information
Reference

Food Summary

General Food Information

Name	apple juice
Details	juice, clear, unpasteurized, from apples, Malus domestica Borkh., cv. Golden Delicious, from South Tyrol, Italy, harvest 2006
FlavorDB Food ID	241
Food Category	fruit product

Food Classification

FSBI-DB´s food are indexed by the LanguaL™ - the International Framework for Food Description.
The LanguaL Foodcode of juice, clear, unpasteurized, from apples, Malus domestica Borkh., cv. Golden Delicious, from South Tyrol, Italy, harvest 2006 is A0127 A0841 B1245 C0140 E0109 F0014 G0003 H0001 K0003 M0001 N0001 P0024. Click to see further LanguaL Classification Information.

Classification (A. PRODUCT TYPE)

LanguaL Ontology

Classification (A. PRODUCT TYPE)

LanguaL Ontology

Classification (B. FOOD SOURCE)

LanguaL Ontology

Classification (C. PART OF PLANT OR ANIMAL)

LanguaL Ontology

Classification (E. PHYSICAL STATE, SHAPE OR FORM)

LanguaL Ontology

Classification (F. EXTENT OF HEAT TREATMENT)

LanguaL Ontology

Classification (G. COOKING METHOD)

LanguaL Ontology

Classification (H. TREATMENT APPLIED)

LanguaL Ontology

Classification (K. PACKING MEDIUM)

LanguaL Ontology

Classification (M. CONTAINER OR WRAPPING)

LanguaL Ontology

Classification (N. FOOD CONTACT SURFACE)

LanguaL Ontology

Classification (P. CONSUMER GROUP/DIETARY USE/LABEL CLAIM)

LanguaL Ontology

Key Food Odorant Information

COMPOUND	CONTENT AVERAGE	UNIT	CITATION
butan-1-ol	27	Odor-Activity Value (OAV)	Reference Details Reference: Steinhaus M, Bogen J, Schieberle P (2008) From apple to juice – changes in key aroma compounds during processing. In: Recent Highlights in Flavor Chemistry & Biology (Hofmann T, Meyerhof W, Schieberle P, eds) Proceeding of the 8th Wartburg Symposium on Fl View paper Comment: Matrix: water, orthonasal threshold About OAV: The odor detection threshold and odor-activity value (OAV) are important when considering the potential contribution of a volatile compound to the aroma of a food product. Most potent odorants have low odor detection thresholds, which means the odor of these compounds can be detected when they are present at low concentrations. An OAV, sometimes called odor unit or odor value, is used to estimate odor potency in terms of the ratio of the concentration of a volatile compound to its odor detection threshold. Reference Details Reference: View paper Comment: About OAV: The odor detection threshold and odor-activity value (OAV) are important when considering the potential contribution of a volatile compound to the aroma of a food product. Most potent odorants have low odor detection thresholds, which means the odor of these compounds can be detected when they are present at low concentrations. An OAV, sometimes called odor unit or odor value, is used to estimate odor potency in terms of the ratio of the concentration of a volatile compound to its odor detection threshold. Matrix: water, orthonasal threshold View
(E)-β-damascenone = (2E)-1-(2,6,6-trimethylcyclohexa-1,3-dien-1-yl)but-2-en-1-one	3.5	Odor-Activity Value (OAV)	Reference Details Reference: Steinhaus M, Bogen J, Schieberle P (2008) From apple to juice – changes in key aroma compounds during processing. In: Recent Highlights in Flavor Chemistry & Biology (Hofmann T, Meyerhof W, Schieberle P, eds) Proceeding of the 8th Wartburg Symposium on Fl View paper Comment: Matrix: water, orthonasal threshold About OAV: The odor detection threshold and odor-activity value (OAV) are important when considering the potential contribution of a volatile compound to the aroma of a food product. Most potent odorants have low odor detection thresholds, which means the odor of these compounds can be detected when they are present at low concentrations. An OAV, sometimes called odor unit or odor value, is used to estimate odor potency in terms of the ratio of the concentration of a volatile compound to its odor detection threshold. Reference Details Reference: View paper Comment: About OAV: The odor detection threshold and odor-activity value (OAV) are important when considering the potential contribution of a volatile compound to the aroma of a food product. Most potent odorants have low odor detection thresholds, which means the odor of these compounds can be detected when they are present at low concentrations. An OAV, sometimes called odor unit or odor value, is used to estimate odor potency in terms of the ratio of the concentration of a volatile compound to its odor detection threshold. Matrix: water, orthonasal threshold View
dimethyl sulfide = (methylsulfanyl)methane	2.3	Odor-Activity Value (OAV)	Reference Details Reference: Steinhaus M, Bogen J, Schieberle P (2008) From apple to juice – changes in key aroma compounds during processing. In: Recent Highlights in Flavor Chemistry & Biology (Hofmann T, Meyerhof W, Schieberle P, eds) Proceeding of the 8th Wartburg Symposium on Fl View paper Comment: Matrix: water, orthonasal threshold About OAV: The odor detection threshold and odor-activity value (OAV) are important when considering the potential contribution of a volatile compound to the aroma of a food product. Most potent odorants have low odor detection thresholds, which means the odor of these compounds can be detected when they are present at low concentrations. An OAV, sometimes called odor unit or odor value, is used to estimate odor potency in terms of the ratio of the concentration of a volatile compound to its odor detection threshold. Reference Details Reference: View paper Comment: About OAV: The odor detection threshold and odor-activity value (OAV) are important when considering the potential contribution of a volatile compound to the aroma of a food product. Most potent odorants have low odor detection thresholds, which means the odor of these compounds can be detected when they are present at low concentrations. An OAV, sometimes called odor unit or odor value, is used to estimate odor potency in terms of the ratio of the concentration of a volatile compound to its odor detection threshold. Matrix: water, orthonasal threshold View
ethyl (2R/2S)-2-methylbutanoate, sum of isomers	4.6	Odor-Activity Value (OAV)	Reference Details Reference: Steinhaus M, Bogen J, Schieberle P (2008) From apple to juice – changes in key aroma compounds during processing. In: Recent Highlights in Flavor Chemistry & Biology (Hofmann T, Meyerhof W, Schieberle P, eds) Proceeding of the 8th Wartburg Symposium on Fl View paper Comment: Matrix: water, orthonasal threshold About OAV: The odor detection threshold and odor-activity value (OAV) are important when considering the potential contribution of a volatile compound to the aroma of a food product. Most potent odorants have low odor detection thresholds, which means the odor of these compounds can be detected when they are present at low concentrations. An OAV, sometimes called odor unit or odor value, is used to estimate odor potency in terms of the ratio of the concentration of a volatile compound to its odor detection threshold. Reference Details Reference: View paper Comment: About OAV: The odor detection threshold and odor-activity value (OAV) are important when considering the potential contribution of a volatile compound to the aroma of a food product. Most potent odorants have low odor detection thresholds, which means the odor of these compounds can be detected when they are present at low concentrations. An OAV, sometimes called odor unit or odor value, is used to estimate odor potency in terms of the ratio of the concentration of a volatile compound to its odor detection threshold. Matrix: water, orthonasal threshold View
hexanal	1300	Odor-Activity Value (OAV)	Reference Details Reference: Steinhaus M, Bogen J, Schieberle P (2008) From apple to juice – changes in key aroma compounds during processing. In: Recent Highlights in Flavor Chemistry & Biology (Hofmann T, Meyerhof W, Schieberle P, eds) Proceeding of the 8th Wartburg Symposium on Fl View paper Comment: Matrix: water, orthonasal threshold About OAV: The odor detection threshold and odor-activity value (OAV) are important when considering the potential contribution of a volatile compound to the aroma of a food product. Most potent odorants have low odor detection thresholds, which means the odor of these compounds can be detected when they are present at low concentrations. An OAV, sometimes called odor unit or odor value, is used to estimate odor potency in terms of the ratio of the concentration of a volatile compound to its odor detection threshold. Reference Details Reference: View paper Comment: About OAV: The odor detection threshold and odor-activity value (OAV) are important when considering the potential contribution of a volatile compound to the aroma of a food product. Most potent odorants have low odor detection thresholds, which means the odor of these compounds can be detected when they are present at low concentrations. An OAV, sometimes called odor unit or odor value, is used to estimate odor potency in terms of the ratio of the concentration of a volatile compound to its odor detection threshold. Matrix: water, orthonasal threshold View
hexan-1-ol	1.9	Odor-Activity Value (OAV)	Reference Details Reference: Steinhaus M, Bogen J, Schieberle P (2008) From apple to juice – changes in key aroma compounds during processing. In: Recent Highlights in Flavor Chemistry & Biology (Hofmann T, Meyerhof W, Schieberle P, eds) Proceeding of the 8th Wartburg Symposium on Fl View paper Comment: Matrix: water, orthonasal threshold About OAV: The odor detection threshold and odor-activity value (OAV) are important when considering the potential contribution of a volatile compound to the aroma of a food product. Most potent odorants have low odor detection thresholds, which means the odor of these compounds can be detected when they are present at low concentrations. An OAV, sometimes called odor unit or odor value, is used to estimate odor potency in terms of the ratio of the concentration of a volatile compound to its odor detection threshold. Reference Details Reference: View paper Comment: About OAV: The odor detection threshold and odor-activity value (OAV) are important when considering the potential contribution of a volatile compound to the aroma of a food product. Most potent odorants have low odor detection thresholds, which means the odor of these compounds can be detected when they are present at low concentrations. An OAV, sometimes called odor unit or odor value, is used to estimate odor potency in terms of the ratio of the concentration of a volatile compound to its odor detection threshold. Matrix: water, orthonasal threshold View
(2E)-hex-2-enal	43	Odor-Activity Value (OAV)	Reference Details Reference: Steinhaus M, Bogen J, Schieberle P (2008) From apple to juice – changes in key aroma compounds during processing. In: Recent Highlights in Flavor Chemistry & Biology (Hofmann T, Meyerhof W, Schieberle P, eds) Proceeding of the 8th Wartburg Symposium on Fl View paper Comment: Matrix: water, orthonasal threshold About OAV: The odor detection threshold and odor-activity value (OAV) are important when considering the potential contribution of a volatile compound to the aroma of a food product. Most potent odorants have low odor detection thresholds, which means the odor of these compounds can be detected when they are present at low concentrations. An OAV, sometimes called odor unit or odor value, is used to estimate odor potency in terms of the ratio of the concentration of a volatile compound to its odor detection threshold. Reference Details Reference: View paper Comment: About OAV: The odor detection threshold and odor-activity value (OAV) are important when considering the potential contribution of a volatile compound to the aroma of a food product. Most potent odorants have low odor detection thresholds, which means the odor of these compounds can be detected when they are present at low concentrations. An OAV, sometimes called odor unit or odor value, is used to estimate odor potency in terms of the ratio of the concentration of a volatile compound to its odor detection threshold. Matrix: water, orthonasal threshold View
(3Z)-hex-3-enal	140	Odor-Activity Value (OAV)	Reference Details Reference: Steinhaus M, Bogen J, Schieberle P (2008) From apple to juice – changes in key aroma compounds during processing. In: Recent Highlights in Flavor Chemistry & Biology (Hofmann T, Meyerhof W, Schieberle P, eds) Proceeding of the 8th Wartburg Symposium on Fl View paper Comment: Matrix: water, orthonasal threshold About OAV: The odor detection threshold and odor-activity value (OAV) are important when considering the potential contribution of a volatile compound to the aroma of a food product. Most potent odorants have low odor detection thresholds, which means the odor of these compounds can be detected when they are present at low concentrations. An OAV, sometimes called odor unit or odor value, is used to estimate odor potency in terms of the ratio of the concentration of a volatile compound to its odor detection threshold. Reference Details Reference: View paper Comment: About OAV: The odor detection threshold and odor-activity value (OAV) are important when considering the potential contribution of a volatile compound to the aroma of a food product. Most potent odorants have low odor detection thresholds, which means the odor of these compounds can be detected when they are present at low concentrations. An OAV, sometimes called odor unit or odor value, is used to estimate odor potency in terms of the ratio of the concentration of a volatile compound to its odor detection threshold. Matrix: water, orthonasal threshold View
methional = 3-(methylsulfanyl)propanal	8.1	Odor-Activity Value (OAV)	Reference Details Reference: Steinhaus M, Bogen J, Schieberle P (2008) From apple to juice – changes in key aroma compounds during processing. In: Recent Highlights in Flavor Chemistry & Biology (Hofmann T, Meyerhof W, Schieberle P, eds) Proceeding of the 8th Wartburg Symposium on Fl View paper Comment: Matrix: water, orthonasal threshold About OAV: The odor detection threshold and odor-activity value (OAV) are important when considering the potential contribution of a volatile compound to the aroma of a food product. Most potent odorants have low odor detection thresholds, which means the odor of these compounds can be detected when they are present at low concentrations. An OAV, sometimes called odor unit or odor value, is used to estimate odor potency in terms of the ratio of the concentration of a volatile compound to its odor detection threshold. Reference Details Reference: View paper Comment: About OAV: The odor detection threshold and odor-activity value (OAV) are important when considering the potential contribution of a volatile compound to the aroma of a food product. Most potent odorants have low odor detection thresholds, which means the odor of these compounds can be detected when they are present at low concentrations. An OAV, sometimes called odor unit or odor value, is used to estimate odor potency in terms of the ratio of the concentration of a volatile compound to its odor detection threshold. Matrix: water, orthonasal threshold View
methyl (2R/2S)-2-methylbutanoate, sum of isomers	1	Odor-Activity Value (OAV)	Reference Details Reference: Steinhaus M, Bogen J, Schieberle P (2008) From apple to juice – changes in key aroma compounds during processing. In: Recent Highlights in Flavor Chemistry & Biology (Hofmann T, Meyerhof W, Schieberle P, eds) Proceeding of the 8th Wartburg Symposium on Fl View paper Comment: Matrix: water, orthonasal threshold About OAV: The odor detection threshold and odor-activity value (OAV) are important when considering the potential contribution of a volatile compound to the aroma of a food product. Most potent odorants have low odor detection thresholds, which means the odor of these compounds can be detected when they are present at low concentrations. An OAV, sometimes called odor unit or odor value, is used to estimate odor potency in terms of the ratio of the concentration of a volatile compound to its odor detection threshold. Reference Details Reference: View paper Comment: About OAV: The odor detection threshold and odor-activity value (OAV) are important when considering the potential contribution of a volatile compound to the aroma of a food product. Most potent odorants have low odor detection thresholds, which means the odor of these compounds can be detected when they are present at low concentrations. An OAV, sometimes called odor unit or odor value, is used to estimate odor potency in terms of the ratio of the concentration of a volatile compound to its odor detection threshold. Matrix: water, orthonasal threshold View
(5Z)-octa-1,5-dien-3-one	2.8	Odor-Activity Value (OAV)	Reference Details Reference: Steinhaus M, Bogen J, Schieberle P (2008) From apple to juice – changes in key aroma compounds during processing. In: Recent Highlights in Flavor Chemistry & Biology (Hofmann T, Meyerhof W, Schieberle P, eds) Proceeding of the 8th Wartburg Symposium on Fl View paper Comment: Matrix: water, orthonasal threshold About OAV: The odor detection threshold and odor-activity value (OAV) are important when considering the potential contribution of a volatile compound to the aroma of a food product. Most potent odorants have low odor detection thresholds, which means the odor of these compounds can be detected when they are present at low concentrations. An OAV, sometimes called odor unit or odor value, is used to estimate odor potency in terms of the ratio of the concentration of a volatile compound to its odor detection threshold. Reference Details Reference: View paper Comment: About OAV: The odor detection threshold and odor-activity value (OAV) are important when considering the potential contribution of a volatile compound to the aroma of a food product. Most potent odorants have low odor detection thresholds, which means the odor of these compounds can be detected when they are present at low concentrations. An OAV, sometimes called odor unit or odor value, is used to estimate odor potency in terms of the ratio of the concentration of a volatile compound to its odor detection threshold. Matrix: water, orthonasal threshold View
1-octen-3-one	1.8	Odor-Activity Value (OAV)	Reference Details Reference: Steinhaus M, Bogen J, Schieberle P (2008) From apple to juice – changes in key aroma compounds during processing. In: Recent Highlights in Flavor Chemistry & Biology (Hofmann T, Meyerhof W, Schieberle P, eds) Proceeding of the 8th Wartburg Symposium on Fl View paper Comment: Matrix: water, orthonasal threshold About OAV: The odor detection threshold and odor-activity value (OAV) are important when considering the potential contribution of a volatile compound to the aroma of a food product. Most potent odorants have low odor detection thresholds, which means the odor of these compounds can be detected when they are present at low concentrations. An OAV, sometimes called odor unit or odor value, is used to estimate odor potency in terms of the ratio of the concentration of a volatile compound to its odor detection threshold. Reference Details Reference: View paper Comment: About OAV: The odor detection threshold and odor-activity value (OAV) are important when considering the potential contribution of a volatile compound to the aroma of a food product. Most potent odorants have low odor detection thresholds, which means the odor of these compounds can be detected when they are present at low concentrations. An OAV, sometimes called odor unit or odor value, is used to estimate odor potency in terms of the ratio of the concentration of a volatile compound to its odor detection threshold. Matrix: water, orthonasal threshold View