malleability of tastes - перевод на русский
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  3. malleability of tastes

malleability of tastes - перевод на русский

WIKIMEDIA DISAMBIGUATION PAGE
Tastes; Taste(album); Taste (album); Taste (band); Taſtes
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malleability of tastes      
податливость вкусов (в результате воздействия рекламы); изменчивость вкусов (потребителей)
sense of taste         
  • Taste buds and papillae of the tongue
  • This diagram linearly (unless otherwise mentioned) tracks the projections of all known structures that allow for taste to their relevant endpoints in the human brain.
  • The diagram depicted above shows the signal transduction pathway of the bitter taste. Bitter taste has many different receptors and signal transduction pathways. Bitter indicates poison to animals. It is most similar to sweet. Object A is a taste bud, object B is one taste cell, and object C is a neuron attached to object B. I. Part I is the reception of a molecule.1. A bitter substance such as quinine, is consumed and binds to G Protein-coupled receptors.II. Part II is the transduction pathway 2. Gustducin, a G protein second messenger, is activated. 3. Phosphodiesterase, an enzyme, is then activated. 4. Cyclic nucleotide, cNMP, is used, lowering the concentration 5. Channels such as the K+, potassium, channels, close. III. Part III is the response of the taste cell. 6. This leads to increased levels of Ca+. 7. The neurotransmitters are activated. 8. The signal is sent to the neuron.
  • The diagram depicts the signal transduction pathway of the sour or salty taste. Object A is a taste bud, object B is a taste receptor cell within object A, and object C is the neuron attached to object B. I. Part I is the reception of hydrogen ions or sodium ions. 1. If the taste is sour, H<sup>+</sup> ions, from acidic substances, pass through H<sup>+</sup> channels. Depolarization takes place II. Part II is the transduction pathway of the relay molecules. 2. Cation, such as K<sup>+</sup>, channels are opened. III. Part III is the response of the cell. 3. An influx of Ca<sup>+</sup> ions is activated. 4. The Ca<sup>+</sup> activates neurotransmitters. 5. A signal is sent to the neuron attached to the taste bud.
  • The diagram above depicts the signal transduction pathway of the sweet taste. Object A is a taste bud, object B is one taste cell of the taste bud, and object C is the neuron attached to the taste cell. I. Part I shows the reception of a molecule. 1. Sugar, the first messenger, binds to a protein receptor on the cell membrane. II. Part II shows the transduction of the relay molecules. 2. G Protein-coupled receptors, second messengers, are activated. 3. G Proteins activate adenylate cyclase, an enzyme, which increases the cAMP concentration. Depolarization occurs. 4. The energy, from step 3, is given to activate the K+, potassium, protein channels.III. Part III shows the response of the taste cell. 5. Ca+, calcium, protein channels is activated.6. The increased Ca+ concentration activates neurotransmitter vesicles. 7. The neuron connected to the taste bud is stimulated by the neurotransmitters.
SENSE THAT DETECTS TYPES OF CHEMICALS THAT TOUCH THE TONGUE
Basic taste; Basic tastes; Gustatory; Gustatory system; Sour; Bitter (taste); Sourness; Bitter taste; Yumminess; Saltiness; Primary tastes; Gustation; Tasteful; Sense of taste; Four tastes; Gustatory sense; Gustatory sensation; Tangiest; Sour taste; Tartness; Bitterness (taste); Tart (flavor); Gustaoception; Kokumi; Gustatory systems; Oleogustus; Draft:Oleogustus; Oiliogustus; Oliogustus; Bitter flavor; Primary taste; Taſte; Taste perception; Taste threshold; Salty taste; Salty (taste); Sour (taste); Flavor (taste); Flavour (taste)

общая лексика

вкус

sourness         
  • Taste buds and papillae of the tongue
  • This diagram linearly (unless otherwise mentioned) tracks the projections of all known structures that allow for taste to their relevant endpoints in the human brain.
  • The diagram depicted above shows the signal transduction pathway of the bitter taste. Bitter taste has many different receptors and signal transduction pathways. Bitter indicates poison to animals. It is most similar to sweet. Object A is a taste bud, object B is one taste cell, and object C is a neuron attached to object B. I. Part I is the reception of a molecule.1. A bitter substance such as quinine, is consumed and binds to G Protein-coupled receptors.II. Part II is the transduction pathway 2. Gustducin, a G protein second messenger, is activated. 3. Phosphodiesterase, an enzyme, is then activated. 4. Cyclic nucleotide, cNMP, is used, lowering the concentration 5. Channels such as the K+, potassium, channels, close. III. Part III is the response of the taste cell. 6. This leads to increased levels of Ca+. 7. The neurotransmitters are activated. 8. The signal is sent to the neuron.
  • The diagram depicts the signal transduction pathway of the sour or salty taste. Object A is a taste bud, object B is a taste receptor cell within object A, and object C is the neuron attached to object B. I. Part I is the reception of hydrogen ions or sodium ions. 1. If the taste is sour, H<sup>+</sup> ions, from acidic substances, pass through H<sup>+</sup> channels. Depolarization takes place II. Part II is the transduction pathway of the relay molecules. 2. Cation, such as K<sup>+</sup>, channels are opened. III. Part III is the response of the cell. 3. An influx of Ca<sup>+</sup> ions is activated. 4. The Ca<sup>+</sup> activates neurotransmitters. 5. A signal is sent to the neuron attached to the taste bud.
  • The diagram above depicts the signal transduction pathway of the sweet taste. Object A is a taste bud, object B is one taste cell of the taste bud, and object C is the neuron attached to the taste cell. I. Part I shows the reception of a molecule. 1. Sugar, the first messenger, binds to a protein receptor on the cell membrane. II. Part II shows the transduction of the relay molecules. 2. G Protein-coupled receptors, second messengers, are activated. 3. G Proteins activate adenylate cyclase, an enzyme, which increases the cAMP concentration. Depolarization occurs. 4. The energy, from step 3, is given to activate the K+, potassium, protein channels.III. Part III shows the response of the taste cell. 5. Ca+, calcium, protein channels is activated.6. The increased Ca+ concentration activates neurotransmitter vesicles. 7. The neuron connected to the taste bud is stimulated by the neurotransmitters.
SENSE THAT DETECTS TYPES OF CHEMICALS THAT TOUCH THE TONGUE
Basic taste; Basic tastes; Gustatory; Gustatory system; Sour; Bitter (taste); Sourness; Bitter taste; Yumminess; Saltiness; Primary tastes; Gustation; Tasteful; Sense of taste; Four tastes; Gustatory sense; Gustatory sensation; Tangiest; Sour taste; Tartness; Bitterness (taste); Tart (flavor); Gustaoception; Kokumi; Gustatory systems; Oleogustus; Draft:Oleogustus; Oiliogustus; Oliogustus; Bitter flavor; Primary taste; Taſte; Taste perception; Taste threshold; Salty taste; Salty (taste); Sour (taste); Flavor (taste); Flavour (taste)

['saunis]

общая лексика

кисловатость

существительное

общая лексика

кислота

кислый вкус

химия

кислотность

ductile         
  • Al-Mg-Si alloy]]. The local necking and the cup and cone fracture surfaces are typical for ductile metals.
  • s2cid=58893669 }}</ref><!-- This is content from a predatory publisher (intechopen.com); recommend finding an alternative source for a comparable image, but I hesitate to remove the image at this time. -->
  • nodular cast iron]] demonstrates low ductility.
  • Schematic appearance of round metal bars after tensile testing.<br /> (a) Brittle fracture<br /> (b) Ductile fracture<br /> (c) Completely ductile fracture
MEASURE OF A MATERIAL'S ABILITY TO UNDERGO SIGNIFICANT PLASTIC DEFORMATION BEFORE RUPTURE OR BREAKING
Malleable; Maellability; Ductile; Non-malleability; Malleability; Maleable; Ductile yield; Nil ductility temperature; Ductile-brittle transition temperature; Ductile-brittle transition; Low temperature embrittlement; Ductile metal; Tensile ductility; Ductile-to-brittle transition
1) ковкий
2) тягучий
3) вязкий
malleability         
  • Al-Mg-Si alloy]]. The local necking and the cup and cone fracture surfaces are typical for ductile metals.
  • s2cid=58893669 }}</ref><!-- This is content from a predatory publisher (intechopen.com); recommend finding an alternative source for a comparable image, but I hesitate to remove the image at this time. -->
  • nodular cast iron]] demonstrates low ductility.
  • Schematic appearance of round metal bars after tensile testing.<br /> (a) Brittle fracture<br /> (b) Ductile fracture<br /> (c) Completely ductile fracture
MEASURE OF A MATERIAL'S ABILITY TO UNDERGO SIGNIFICANT PLASTIC DEFORMATION BEFORE RUPTURE OR BREAKING
Malleable; Maellability; Ductile; Non-malleability; Malleability; Maleable; Ductile yield; Nil ductility temperature; Ductile-brittle transition temperature; Ductile-brittle transition; Low temperature embrittlement; Ductile metal; Tensile ductility; Ductile-to-brittle transition
malleability noun 1) ковкость; тягучесть; способность деформироваться в холодном состоянии 2) податливость; уступчивость
taste         
  • Taste buds and papillae of the tongue
  • This diagram linearly (unless otherwise mentioned) tracks the projections of all known structures that allow for taste to their relevant endpoints in the human brain.
  • The diagram depicted above shows the signal transduction pathway of the bitter taste. Bitter taste has many different receptors and signal transduction pathways. Bitter indicates poison to animals. It is most similar to sweet. Object A is a taste bud, object B is one taste cell, and object C is a neuron attached to object B. I. Part I is the reception of a molecule.1. A bitter substance such as quinine, is consumed and binds to G Protein-coupled receptors.II. Part II is the transduction pathway 2. Gustducin, a G protein second messenger, is activated. 3. Phosphodiesterase, an enzyme, is then activated. 4. Cyclic nucleotide, cNMP, is used, lowering the concentration 5. Channels such as the K+, potassium, channels, close. III. Part III is the response of the taste cell. 6. This leads to increased levels of Ca+. 7. The neurotransmitters are activated. 8. The signal is sent to the neuron.
  • The diagram depicts the signal transduction pathway of the sour or salty taste. Object A is a taste bud, object B is a taste receptor cell within object A, and object C is the neuron attached to object B. I. Part I is the reception of hydrogen ions or sodium ions. 1. If the taste is sour, H<sup>+</sup> ions, from acidic substances, pass through H<sup>+</sup> channels. Depolarization takes place II. Part II is the transduction pathway of the relay molecules. 2. Cation, such as K<sup>+</sup>, channels are opened. III. Part III is the response of the cell. 3. An influx of Ca<sup>+</sup> ions is activated. 4. The Ca<sup>+</sup> activates neurotransmitters. 5. A signal is sent to the neuron attached to the taste bud.
  • The diagram above depicts the signal transduction pathway of the sweet taste. Object A is a taste bud, object B is one taste cell of the taste bud, and object C is the neuron attached to the taste cell. I. Part I shows the reception of a molecule. 1. Sugar, the first messenger, binds to a protein receptor on the cell membrane. II. Part II shows the transduction of the relay molecules. 2. G Protein-coupled receptors, second messengers, are activated. 3. G Proteins activate adenylate cyclase, an enzyme, which increases the cAMP concentration. Depolarization occurs. 4. The energy, from step 3, is given to activate the K+, potassium, protein channels.III. Part III shows the response of the taste cell. 5. Ca+, calcium, protein channels is activated.6. The increased Ca+ concentration activates neurotransmitter vesicles. 7. The neuron connected to the taste bud is stimulated by the neurotransmitters.
SENSE THAT DETECTS TYPES OF CHEMICALS THAT TOUCH THE TONGUE
Basic taste; Basic tastes; Gustatory; Gustatory system; Sour; Bitter (taste); Sourness; Bitter taste; Yumminess; Saltiness; Primary tastes; Gustation; Tasteful; Sense of taste; Four tastes; Gustatory sense; Gustatory sensation; Tangiest; Sour taste; Tartness; Bitterness (taste); Tart (flavor); Gustaoception; Kokumi; Gustatory systems; Oleogustus; Draft:Oleogustus; Oiliogustus; Oliogustus; Bitter flavor; Primary taste; Taſte; Taste perception; Taste threshold; Salty taste; Salty (taste); Sour (taste); Flavor (taste); Flavour (taste)

[teist]

общая лексика

вкус

вкусовое ощущение

ощущать вкус

дегустировать

ощущение

привкус

проба

пробовать

чувствовать

существительное

[teist]

общая лексика

вкус (чувство)

вкус

понимание

такт

склонность

влечение

пристрастие

стиль

манера

проба

глоточек

кусочек

немного

чуточка

примесь

привкус

представление

образчик

кухня

набор национальных блюд

склонность, пристрастие

вкус, понимание

манера, стиль

немного, чуточку

кусочек, глоточек (на пробу)

первое знакомство (с чем-л.)

устаревшее выражение

опробование

глагол

общая лексика

пробовать

отведать

дегустировать

иметь вкус

иметь привкус

отдавать (чем-л.)

различать на вкус

чувствовать вкус

есть

пить (особ. немного)

вкушать

испытывать

получать представление

знакомиться

(of)

содержать в себе элемент (чего-л.)

отдавать

чувствоваться

иметь вкус, привкус

устаревшее выражение

откушать

склонность

устаревшее выражение

вкусить

познакомиться

испытать

познать на своём опыте

редкое выражение

придавать вкус

в переносном значении

вкусить, испытать

saltiness         
  • Taste buds and papillae of the tongue
  • This diagram linearly (unless otherwise mentioned) tracks the projections of all known structures that allow for taste to their relevant endpoints in the human brain.
  • The diagram depicted above shows the signal transduction pathway of the bitter taste. Bitter taste has many different receptors and signal transduction pathways. Bitter indicates poison to animals. It is most similar to sweet. Object A is a taste bud, object B is one taste cell, and object C is a neuron attached to object B. I. Part I is the reception of a molecule.1. A bitter substance such as quinine, is consumed and binds to G Protein-coupled receptors.II. Part II is the transduction pathway 2. Gustducin, a G protein second messenger, is activated. 3. Phosphodiesterase, an enzyme, is then activated. 4. Cyclic nucleotide, cNMP, is used, lowering the concentration 5. Channels such as the K+, potassium, channels, close. III. Part III is the response of the taste cell. 6. This leads to increased levels of Ca+. 7. The neurotransmitters are activated. 8. The signal is sent to the neuron.
  • The diagram depicts the signal transduction pathway of the sour or salty taste. Object A is a taste bud, object B is a taste receptor cell within object A, and object C is the neuron attached to object B. I. Part I is the reception of hydrogen ions or sodium ions. 1. If the taste is sour, H<sup>+</sup> ions, from acidic substances, pass through H<sup>+</sup> channels. Depolarization takes place II. Part II is the transduction pathway of the relay molecules. 2. Cation, such as K<sup>+</sup>, channels are opened. III. Part III is the response of the cell. 3. An influx of Ca<sup>+</sup> ions is activated. 4. The Ca<sup>+</sup> activates neurotransmitters. 5. A signal is sent to the neuron attached to the taste bud.
  • The diagram above depicts the signal transduction pathway of the sweet taste. Object A is a taste bud, object B is one taste cell of the taste bud, and object C is the neuron attached to the taste cell. I. Part I shows the reception of a molecule. 1. Sugar, the first messenger, binds to a protein receptor on the cell membrane. II. Part II shows the transduction of the relay molecules. 2. G Protein-coupled receptors, second messengers, are activated. 3. G Proteins activate adenylate cyclase, an enzyme, which increases the cAMP concentration. Depolarization occurs. 4. The energy, from step 3, is given to activate the K+, potassium, protein channels.III. Part III shows the response of the taste cell. 5. Ca+, calcium, protein channels is activated.6. The increased Ca+ concentration activates neurotransmitter vesicles. 7. The neuron connected to the taste bud is stimulated by the neurotransmitters.
SENSE THAT DETECTS TYPES OF CHEMICALS THAT TOUCH THE TONGUE
Basic taste; Basic tastes; Gustatory; Gustatory system; Sour; Bitter (taste); Sourness; Bitter taste; Yumminess; Saltiness; Primary tastes; Gustation; Tasteful; Sense of taste; Four tastes; Gustatory sense; Gustatory sensation; Tangiest; Sour taste; Tartness; Bitterness (taste); Tart (flavor); Gustaoception; Kokumi; Gustatory systems; Oleogustus; Draft:Oleogustus; Oiliogustus; Oliogustus; Bitter flavor; Primary taste; Taſte; Taste perception; Taste threshold; Salty taste; Salty (taste); Sour (taste); Flavor (taste); Flavour (taste)

['sɔ:ltinis]

общая лексика

соленость

солоноватость

существительное

общая лексика

вкус соли

солёность

gustatory sensation         
  • Taste buds and papillae of the tongue
  • This diagram linearly (unless otherwise mentioned) tracks the projections of all known structures that allow for taste to their relevant endpoints in the human brain.
  • The diagram depicted above shows the signal transduction pathway of the bitter taste. Bitter taste has many different receptors and signal transduction pathways. Bitter indicates poison to animals. It is most similar to sweet. Object A is a taste bud, object B is one taste cell, and object C is a neuron attached to object B. I. Part I is the reception of a molecule.1. A bitter substance such as quinine, is consumed and binds to G Protein-coupled receptors.II. Part II is the transduction pathway 2. Gustducin, a G protein second messenger, is activated. 3. Phosphodiesterase, an enzyme, is then activated. 4. Cyclic nucleotide, cNMP, is used, lowering the concentration 5. Channels such as the K+, potassium, channels, close. III. Part III is the response of the taste cell. 6. This leads to increased levels of Ca+. 7. The neurotransmitters are activated. 8. The signal is sent to the neuron.
  • The diagram depicts the signal transduction pathway of the sour or salty taste. Object A is a taste bud, object B is a taste receptor cell within object A, and object C is the neuron attached to object B. I. Part I is the reception of hydrogen ions or sodium ions. 1. If the taste is sour, H<sup>+</sup> ions, from acidic substances, pass through H<sup>+</sup> channels. Depolarization takes place II. Part II is the transduction pathway of the relay molecules. 2. Cation, such as K<sup>+</sup>, channels are opened. III. Part III is the response of the cell. 3. An influx of Ca<sup>+</sup> ions is activated. 4. The Ca<sup>+</sup> activates neurotransmitters. 5. A signal is sent to the neuron attached to the taste bud.
  • The diagram above depicts the signal transduction pathway of the sweet taste. Object A is a taste bud, object B is one taste cell of the taste bud, and object C is the neuron attached to the taste cell. I. Part I shows the reception of a molecule. 1. Sugar, the first messenger, binds to a protein receptor on the cell membrane. II. Part II shows the transduction of the relay molecules. 2. G Protein-coupled receptors, second messengers, are activated. 3. G Proteins activate adenylate cyclase, an enzyme, which increases the cAMP concentration. Depolarization occurs. 4. The energy, from step 3, is given to activate the K+, potassium, protein channels.III. Part III shows the response of the taste cell. 5. Ca+, calcium, protein channels is activated.6. The increased Ca+ concentration activates neurotransmitter vesicles. 7. The neuron connected to the taste bud is stimulated by the neurotransmitters.
SENSE THAT DETECTS TYPES OF CHEMICALS THAT TOUCH THE TONGUE
Basic taste; Basic tastes; Gustatory; Gustatory system; Sour; Bitter (taste); Sourness; Bitter taste; Yumminess; Saltiness; Primary tastes; Gustation; Tasteful; Sense of taste; Four tastes; Gustatory sense; Gustatory sensation; Tangiest; Sour taste; Tartness; Bitterness (taste); Tart (flavor); Gustaoception; Kokumi; Gustatory systems; Oleogustus; Draft:Oleogustus; Oiliogustus; Oliogustus; Bitter flavor; Primary taste; Taſte; Taste perception; Taste threshold; Salty taste; Salty (taste); Sour (taste); Flavor (taste); Flavour (taste)

медицина

вкусовое ощущение

taste         
  • Taste buds and papillae of the tongue
  • This diagram linearly (unless otherwise mentioned) tracks the projections of all known structures that allow for taste to their relevant endpoints in the human brain.
  • The diagram depicted above shows the signal transduction pathway of the bitter taste. Bitter taste has many different receptors and signal transduction pathways. Bitter indicates poison to animals. It is most similar to sweet. Object A is a taste bud, object B is one taste cell, and object C is a neuron attached to object B. I. Part I is the reception of a molecule.1. A bitter substance such as quinine, is consumed and binds to G Protein-coupled receptors.II. Part II is the transduction pathway 2. Gustducin, a G protein second messenger, is activated. 3. Phosphodiesterase, an enzyme, is then activated. 4. Cyclic nucleotide, cNMP, is used, lowering the concentration 5. Channels such as the K+, potassium, channels, close. III. Part III is the response of the taste cell. 6. This leads to increased levels of Ca+. 7. The neurotransmitters are activated. 8. The signal is sent to the neuron.
  • The diagram depicts the signal transduction pathway of the sour or salty taste. Object A is a taste bud, object B is a taste receptor cell within object A, and object C is the neuron attached to object B. I. Part I is the reception of hydrogen ions or sodium ions. 1. If the taste is sour, H<sup>+</sup> ions, from acidic substances, pass through H<sup>+</sup> channels. Depolarization takes place II. Part II is the transduction pathway of the relay molecules. 2. Cation, such as K<sup>+</sup>, channels are opened. III. Part III is the response of the cell. 3. An influx of Ca<sup>+</sup> ions is activated. 4. The Ca<sup>+</sup> activates neurotransmitters. 5. A signal is sent to the neuron attached to the taste bud.
  • The diagram above depicts the signal transduction pathway of the sweet taste. Object A is a taste bud, object B is one taste cell of the taste bud, and object C is the neuron attached to the taste cell. I. Part I shows the reception of a molecule. 1. Sugar, the first messenger, binds to a protein receptor on the cell membrane. II. Part II shows the transduction of the relay molecules. 2. G Protein-coupled receptors, second messengers, are activated. 3. G Proteins activate adenylate cyclase, an enzyme, which increases the cAMP concentration. Depolarization occurs. 4. The energy, from step 3, is given to activate the K+, potassium, protein channels.III. Part III shows the response of the taste cell. 5. Ca+, calcium, protein channels is activated.6. The increased Ca+ concentration activates neurotransmitter vesicles. 7. The neuron connected to the taste bud is stimulated by the neurotransmitters.
SENSE THAT DETECTS TYPES OF CHEMICALS THAT TOUCH THE TONGUE
Basic taste; Basic tastes; Gustatory; Gustatory system; Sour; Bitter (taste); Sourness; Bitter taste; Yumminess; Saltiness; Primary tastes; Gustation; Tasteful; Sense of taste; Four tastes; Gustatory sense; Gustatory sensation; Tangiest; Sour taste; Tartness; Bitterness (taste); Tart (flavor); Gustaoception; Kokumi; Gustatory systems; Oleogustus; Draft:Oleogustus; Oiliogustus; Oliogustus; Bitter flavor; Primary taste; Taſte; Taste perception; Taste threshold; Salty taste; Salty (taste); Sour (taste); Flavor (taste); Flavour (taste)
taste 1. noun 1) вкус (чувство); sour to the taste - кислый на вкус 2) вкус (отличительная особенность пищи); this medicine has no taste - это лекарство безвкусно; to leave a bad taste in the mouth - оставить дурной вкус во рту; fig. оставить неприятное впечатление 3) склонность, пристрастие (for - к чему-л.); she has expensive tastes in clothes - она любит носить дорогие вещи; to have a taste for music - иметь склонность к музыке; tastes differ, there is no accounting for tastes - о вкусах не спорят 4) вкус, понимание; to dress in good (bad) taste - одеваться со вкусом (безвкусно) 5) манера, стиль - the Baroque taste 6) немного, чуточку; кусочек, глоточек (на пробу); give me a taste of the pudding - дайте мне кусочек пудинга 7) представление; первое знакомство (с чем-л.); 2. v. 1) (по)пробовать (на вкус); отведать; fig. вкусить, испытать - taste of danger 2) различать на вкус 3) иметь вкус, привкус; to taste sour - быть кислым на вкус, иметь кислый вкус; the soup tastes of onions - в супе (очень) чувствуется лук - taste of
sour         
  • Taste buds and papillae of the tongue
  • This diagram linearly (unless otherwise mentioned) tracks the projections of all known structures that allow for taste to their relevant endpoints in the human brain.
  • The diagram depicted above shows the signal transduction pathway of the bitter taste. Bitter taste has many different receptors and signal transduction pathways. Bitter indicates poison to animals. It is most similar to sweet. Object A is a taste bud, object B is one taste cell, and object C is a neuron attached to object B. I. Part I is the reception of a molecule.1. A bitter substance such as quinine, is consumed and binds to G Protein-coupled receptors.II. Part II is the transduction pathway 2. Gustducin, a G protein second messenger, is activated. 3. Phosphodiesterase, an enzyme, is then activated. 4. Cyclic nucleotide, cNMP, is used, lowering the concentration 5. Channels such as the K+, potassium, channels, close. III. Part III is the response of the taste cell. 6. This leads to increased levels of Ca+. 7. The neurotransmitters are activated. 8. The signal is sent to the neuron.
  • The diagram depicts the signal transduction pathway of the sour or salty taste. Object A is a taste bud, object B is a taste receptor cell within object A, and object C is the neuron attached to object B. I. Part I is the reception of hydrogen ions or sodium ions. 1. If the taste is sour, H<sup>+</sup> ions, from acidic substances, pass through H<sup>+</sup> channels. Depolarization takes place II. Part II is the transduction pathway of the relay molecules. 2. Cation, such as K<sup>+</sup>, channels are opened. III. Part III is the response of the cell. 3. An influx of Ca<sup>+</sup> ions is activated. 4. The Ca<sup>+</sup> activates neurotransmitters. 5. A signal is sent to the neuron attached to the taste bud.
  • The diagram above depicts the signal transduction pathway of the sweet taste. Object A is a taste bud, object B is one taste cell of the taste bud, and object C is the neuron attached to the taste cell. I. Part I shows the reception of a molecule. 1. Sugar, the first messenger, binds to a protein receptor on the cell membrane. II. Part II shows the transduction of the relay molecules. 2. G Protein-coupled receptors, second messengers, are activated. 3. G Proteins activate adenylate cyclase, an enzyme, which increases the cAMP concentration. Depolarization occurs. 4. The energy, from step 3, is given to activate the K+, potassium, protein channels.III. Part III shows the response of the taste cell. 5. Ca+, calcium, protein channels is activated.6. The increased Ca+ concentration activates neurotransmitter vesicles. 7. The neuron connected to the taste bud is stimulated by the neurotransmitters.
SENSE THAT DETECTS TYPES OF CHEMICALS THAT TOUCH THE TONGUE
Basic taste; Basic tastes; Gustatory; Gustatory system; Sour; Bitter (taste); Sourness; Bitter taste; Yumminess; Saltiness; Primary tastes; Gustation; Tasteful; Sense of taste; Four tastes; Gustatory sense; Gustatory sensation; Tangiest; Sour taste; Tartness; Bitterness (taste); Tart (flavor); Gustaoception; Kokumi; Gustatory systems; Oleogustus; Draft:Oleogustus; Oiliogustus; Oliogustus; Bitter flavor; Primary taste; Taſte; Taste perception; Taste threshold; Salty taste; Salty (taste); Sour (taste); Flavor (taste); Flavour (taste)

['sauə]

общая лексика

кислый

сауэр, лимонный коктейль (из джина или виски с лимонным или лаймовым соком, кусочком апельсина и т.п.)

высокосернистый

заквашивать

закисать

закиснуть

закисший

квасный

кислеть

сернистый

скисать

скиснуть

нефтегазовая промышленность

содержащий сероводород

синоним

lime

Смотрите также

sour bread

прилагательное

['sauə]

общая лексика

кислый

прокисший

свернувшийся (о молоке)

недовольный

в дурном настроении

мрачный

разочарованный

неудачный

неудовлетворительный

плохой

отвратительный

неприятный

угрюмый

кислый, болотистый (о почве)

Шотландия

промозглый (о погоде)

сельское хозяйство

сырой

болотистый (о почве)

химия

подкислённый

сернистый (о нефтепродуктах)

музыка

фальшивый

фальшивящий

синоним

acid, acidulous, acrid, bitter, caustic, tart

антоним

savoury, bland, kind, optimistic, sweet

наречие

['sauə]

общая лексика

мрачно

неприятно

существительное

['sauə]

общая лексика

кислятина

кислый раствор (при отбеливании, дублении)

американизм

«сауэр»

лимонный коктейль

глагол

общая лексика

скисать

закисать

прокисать

заквашивать

становиться мрачным

мрачнеть

быть недовольным

раздражать

озлоблять (кого-л.)

портить

гноить

закисать, прокисать

озлоблять(ся)

химия

окислять

Определение

грип
ГРИП, ГРИПП, гриппа, ·муж. (·франц. grippe) (мед.). Инфекционная болезнь - катарральное воспаление дыхательных путей, сопровождаемое лихорадочным состоянием; то же, что инфлуэнца
.
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Википедия

Taste (disambiguation)

Taste is the sensation and/or perception of flavors.

Taste may also refer to:

https://en.wikipedia.org/wiki/Taste (disambiguation)
Как переводится malleability of tastes на Русский язык
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