Basic studies for the practical use of bitterness inhibitors: Selective inhibition of bitterness by phospholipids

被引:73
作者
Katsuragi, Y
Mitsui, Y
Umeda, T
Otsuji, K
Yamasawa, S
Kurihara, K
机构
[1] HOKKAIDO UNIV,FAC PHARMACEUT SCI,SAPPORO,HOKKAIDO 060,JAPAN
[2] KAO CORP,FOOD PROD RES LABS,KASHIMA 31402,JAPAN
[3] KAO CORP,PERFORMANCE CHEM RES LABS,WAKAYAMA 640,JAPAN
关键词
bitter taste; taste inhibition; phosphatidic acid; phosphatidylinositol; soybean lecithin;
D O I
10.1023/A:1012138103223
中图分类号
O6 [化学];
学科分类号
0703 [化学];
摘要
Purpose. We examined the effects of phospholipids such as phosphatidylcholine, phosphatidylethanolamine, phosphatidylinositol (PI), and phosphatidic acid (PA) on human taste sensation to various substances. Methods. The effects were evaluated psychophysically using paid volunteers. Results. PA inhibited the bitterness of various substances dissolved in water without affecting sweetness, saltiness, and sourness, although its inhibitory activity was less than that of PA-LG. PI also showed inhibitory activity on bitterness, although its activity was less than PA. A soybean lecithin fraction containing high contents of PA and PI also demonstrated inhibitory activity on the bitterness of various substances. Both the incorporation of either PA or the lecithin fraction into granules containing quinine and the coating of the granules with PA or the fraction effectively inhibited the bitterness of quinine. Conclusions. The lecithin fraction is permitted for use as an additive to drugs and food and can be produced on an industrial scale. It is expected that the lecithin fraction will be used safely as a bitterness inhibitor for practical applications.
引用
收藏
页码:720 / 724
页数:5
相关论文
共 11 条
[1]
BECHTOL LD, 1981, CURR THER RES CLIN E, V29, P52
[2]
FUKUMORI Y, 1988, CHEM PHARM BULL, V36, P1491
[3]
AN APPLICATION OF TAU-SCALE OF TASTE - INTERACTION AMONG 4 QUALITIES OF TASTE [J].
INDOW, T .
PERCEPTION & PSYCHOPHYSICS, 1969, 5 (06) :347-&
[4]
Lipoprotein that selectively inhibits taste nerve responses to bitter substances [J].
Katsuragi, Y ;
Yasumasu, T ;
Kurihara, K .
BRAIN RESEARCH, 1996, 713 (1-2) :240-245
[5]
Characteristics of phosphatidic acid-containing lipoproteins which selectively inhibit bitter taste: High affinity to frog tongue surface and hydrophobic model membranes [J].
Katsuragi, Y ;
Sugiura, Y ;
Otsuji, K ;
Kurihara, K .
BIOCHIMICA ET BIOPHYSICA ACTA-GENERAL SUBJECTS, 1996, 1289 (03) :322-328
[6]
SELECTIVE-INHIBITION OF BITTER TASTE OF VARIOUS DRUGS BY LIPOPROTEIN [J].
KATSURAGI, Y ;
SUGIURA, Y ;
LEE, C ;
OTSUJI, K ;
KUNIHARA, K .
PHARMACEUTICAL RESEARCH, 1995, 12 (05) :658-662
[7]
SPECIFIC INHIBITOR FOR BITTER TASTE [J].
KATSURAGI, Y ;
KURIHARA, K .
NATURE, 1993, 365 (6443) :213-214
[8]
A POLYMER CARRIER SYSTEM FOR TASTE MASKING OF MACROLIDE ANTIBIOTICS [J].
LU, MYF ;
BORODKIN, S ;
WOODWARD, L ;
LI, P ;
DIESNER, C ;
HERNANDEZ, L ;
VADNERE, M .
PHARMACEUTICAL RESEARCH, 1991, 8 (06) :706-712
[9]
PREPARATION OF MICROCAPSULES MASKING THE BITTER TASTE OF ENOXACIN BY USING ONE CONTINUOUS PROCESS TECHNIQUE OF AGGLOMERATION AND MICROENCAPSULATION [J].
UEDA, M ;
NAKAMURA, Y ;
MAKITA, H ;
KAWASHIMA, Y .
JOURNAL OF MICROENCAPSULATION, 1993, 10 (04) :461-473
[10]
ENHANCING EFFECTS OF NACL AND NA PHOSPHATE ON HUMAN GUSTATORY RESPONSES TO AMINO-ACIDS [J].
UGAWA, T ;
KONOSU, S ;
KURIHARA, K .
CHEMICAL SENSES, 1992, 17 (06) :811-815