Experiments with genetically altered mice showed that the mice would consume abnormally high amounts of bitter-tasting compounds in water after their _______. A. hormone receptors for digestive hormones were reduced or eliminated, showing that bitter tastes are reinforced by digestive responses B. salt-taste cells were altered to express receptors for bitter tastants, suggesting that animals have unregulated salt appetites C. visual sense was reduced or eliminated, suggesting that mice learn visual cues about bitter tastes D. sweet-taste cells were altered to express receptors for bitter tastants, suggesting that the sensation of taste depends only on which taste cell is stimulated

Respuesta :

Experiments with genetically modified mice indicated that the mice would swallow abnormally high quantities of bitter-tasting compounds in water after their sweet-taste cells existed altered to express receptors for bitter tastings, indicating that the sense of taste relies only on which taste cell exists enabled.

How taste cell is observed?

Psychophysics studies the connection between the physical nature of stimuli and the sensory responses they evoke.

Type II cells convey G-protein coupled receptors (GPCRs) to notice sweet, umami, and bitter flavors. Type III cells sense sour stimuli, while Type IV cells probably convey stem or progenitor taste cells.

Experiments with genetically modified mice indicated that the mice would swallow abnormally high quantities of bitter-tasting compounds in water after their sweet-taste cells existed altered to express receptors for bitter tastants, indicating that the sense of taste relies only on which taste cell exists enabled.

Therefore, the correct answer is option D. sweet-taste cells existed altered to express receptors for bitter tastants, indicating that the sense of taste relies only on which taste cell exists enabled.

To learn more about sensory receptors refer to:

https://brainly.com/question/25753221

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