Phospholipids such as phosphatidic acid exert a bitterness-masking effect without changing other taste qualities. In a previous study, we detected and qualified this suppression of bitterness using a taste sensor whose transducer was composed of several kinds of lipid/polymer membranes with different characteristics. The response to quinine hydrochloride decreased with increasing phospholipid concentration in a manner similar to human gustatory sensation. In this study, we observed the structural changes of a membrane surface using an atomic force microscope (AFM) and detected the adsorption of quinine hydrochloride and the masking effect of phospholipids. As a result of AFM measurements, we confirmed that the the masking effect was caused ...
Lipid and ion exchange cellulose were examined for transducer materials of a taste sensor. A biomemb...
We have previously found that fatty acids can mask the bitterness of certain nitrogenous substances ...
In order to clarify by what mechanism the lipid bilayer membrane changes its potential under the sti...
A recently—developed taste sensor with global selectivity is composed of several kinds of lipid/poly...
The bitterness of bitter substances can be measured by the change in the membrane electric potential...
A taste sensor that uses lipid/polymer membranes can evaluate aftertastes felt by humans using Chang...
We tried to detect the suppression of bitterness with a taste sensor. Quinine hydrochloride, which h...
A taste sensor using lipid-polymer membranes has been developed to evaluate the taste of foods, beve...
publisher[Abstract] Taste sensor responds to different taste qualities by unique patterns of output ...
It is possible to evaluate the taste of foods or medicines using a taste sensor. The taste sensor co...
This paper reports the improvement of a bitterness sensor based on a lipid polymer membrane consisti...
We studied the selectivity control in a sweetness sensor with lipid/polymer membranes. Sweet tasting...
Instinctive rejection of bitter taste by mammals is a phylogenetically developed mechanism for survi...
Bitterness-masking compounds were identified in a natural white mold cheese. The oily fraction of th...
We have developed a multichannel taste sensor with lipid membranes which can detect and quantify tas...
Lipid and ion exchange cellulose were examined for transducer materials of a taste sensor. A biomemb...
We have previously found that fatty acids can mask the bitterness of certain nitrogenous substances ...
In order to clarify by what mechanism the lipid bilayer membrane changes its potential under the sti...
A recently—developed taste sensor with global selectivity is composed of several kinds of lipid/poly...
The bitterness of bitter substances can be measured by the change in the membrane electric potential...
A taste sensor that uses lipid/polymer membranes can evaluate aftertastes felt by humans using Chang...
We tried to detect the suppression of bitterness with a taste sensor. Quinine hydrochloride, which h...
A taste sensor using lipid-polymer membranes has been developed to evaluate the taste of foods, beve...
publisher[Abstract] Taste sensor responds to different taste qualities by unique patterns of output ...
It is possible to evaluate the taste of foods or medicines using a taste sensor. The taste sensor co...
This paper reports the improvement of a bitterness sensor based on a lipid polymer membrane consisti...
We studied the selectivity control in a sweetness sensor with lipid/polymer membranes. Sweet tasting...
Instinctive rejection of bitter taste by mammals is a phylogenetically developed mechanism for survi...
Bitterness-masking compounds were identified in a natural white mold cheese. The oily fraction of th...
We have developed a multichannel taste sensor with lipid membranes which can detect and quantify tas...
Lipid and ion exchange cellulose were examined for transducer materials of a taste sensor. A biomemb...
We have previously found that fatty acids can mask the bitterness of certain nitrogenous substances ...
In order to clarify by what mechanism the lipid bilayer membrane changes its potential under the sti...