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Neurotransmitter Regulation of Skin pH: Neurotransmitters play a role in maintaining the acidic pH of the skin surface.

AIGCID:1773668887 Neurotransmitter Regulation of Skin pH: Neurotransmitters play a role in maintaining the acidic pH of the skin surface.

Inhibitory neurotransmitters like glycine help regulate muscle contractions, preventing excessive movement and spasms.

AIGCID:1766698495 Inhibitory neurotransmitters like glycine help regulate muscle contractions, preventing excessive movement and spasms.

Dopamine plays a role in appetite regulation, influencing food choices and preferences.

AIGCID:1766696444 Dopamine plays a role in appetite regulation, influencing food choices and preferences.

Vagus nerve stimulation triggers the release of neurotransmitters, promoting communication between the brain and the gut.

AIGCID:1766697394 Vagus nerve stimulation triggers the release of neurotransmitters, promoting communication between the brain and the gut.

Somatostatin inhibits the release of various digestive hormones, helping to regulate nutrient absorption.

AIGCID:1766705311 Somatostatin inhibits the release of various digestive hormones, helping to regulate nutrient absorption.

Enkephalins, endorphin-like molecules, modulate pain perception in the central nervous system.

AIGCID:1766714013 Enkephalins, endorphin-like molecules, modulate pain perception in the central nervous system.

Role of excitatory and inhibitory neurons in balance.

AIGCID:1688204156 Role of excitatory and inhibitory neurons in balance.

内分泌系统中神经递质和激素之间的相互作用

AIGCID:699935245 内分泌系统中神经递质和激素之间的相互作用

Enkephalins, endorphin-like molecules, modulate pain perception in the central nervous system.

AIGCID:1766714088 Enkephalins, endorphin-like molecules, modulate pain perception in the central nervous system.

Enkephalins, endorphin-like molecules, modulate pain perception in the central nervous system.

AIGCID:1766714067 Enkephalins, endorphin-like molecules, modulate pain perception in the central nervous system.

Enkephalins, endorphin-like molecules, modulate pain perception in the central nervous system.

AIGCID:1766713991 Enkephalins, endorphin-like molecules, modulate pain perception in the central nervous system.

The balance between excitatory and inhibitory neurotransmitters is essential for maintaining mental stability.

AIGCID:1766710990 The balance between excitatory and inhibitory neurotransmitters is essential for maintaining mental stability.

The balance between excitatory and inhibitory neurotransmitters is essential for maintaining mental stability.

AIGCID:1766710968 The balance between excitatory and inhibitory neurotransmitters is essential for maintaining mental stability.

Adenosine promotes relaxation and drowsiness, playing a role in the sleep-wake cycle.

AIGCID:1766710485 Adenosine promotes relaxation and drowsiness, playing a role in the sleep-wake cycle.

Neurotransmitters like aspartate and glutamate participate in the transmission of visual information in the brain.

AIGCID:1766709280 Neurotransmitters like aspartate and glutamate participate in the transmission of visual information in the brain.

Neurotransmitters like aspartate and glutamate participate in the transmission of visual information in the brain.

AIGCID:1766709261 Neurotransmitters like aspartate and glutamate participate in the transmission of visual information in the brain.

Neurotransmitters like aspartate and glutamate participate in the transmission of visual information in the brain.

AIGCID:1766709249 Neurotransmitters like aspartate and glutamate participate in the transmission of visual information in the brain.

Neurotransmitters like aspartate and glutamate participate in the transmission of visual information in the brain.

AIGCID:1766709235 Neurotransmitters like aspartate and glutamate participate in the transmission of visual information in the brain.

Dopamine and serotonin influence the perception of taste and satisfaction during eating.

AIGCID:1766707174 Dopamine and serotonin influence the perception of taste and satisfaction during eating.

Dopamine and serotonin influence the perception of taste and satisfaction during eating.

AIGCID:1766707169 Dopamine and serotonin influence the perception of taste and satisfaction during eating.

Neuropeptide Y stimulates appetite and increases food intake, especially for high-energy foods.

AIGCID:1766706618 Neuropeptide Y stimulates appetite and increases food intake, especially for high-energy foods.

Neuropeptide Y stimulates appetite and increases food intake, especially for high-energy foods.

AIGCID:1766706606 Neuropeptide Y stimulates appetite and increases food intake, especially for high-energy foods.

Neuropeptide Y stimulates appetite and increases food intake, especially for high-energy foods.

AIGCID:1766706570 Neuropeptide Y stimulates appetite and increases food intake, especially for high-energy foods.

Somatostatin inhibits the release of various digestive hormones, helping to regulate nutrient absorption.

AIGCID:1766705335 Somatostatin inhibits the release of various digestive hormones, helping to regulate nutrient absorption.

Somatostatin inhibits the release of various digestive hormones, helping to regulate nutrient absorption.

AIGCID:1766705313 Somatostatin inhibits the release of various digestive hormones, helping to regulate nutrient absorption.

Melatonin production increases in response to darkness, promoting sleep onset and regulating circadian rhythms.

AIGCID:1766704408 Melatonin production increases in response to darkness, promoting sleep onset and regulating circadian rhythms.

The interaction between glutamate and GABA maintains a delicate balance for optimal brain function.

AIGCID:1766703832 The interaction between glutamate and GABA maintains a delicate balance for optimal brain function.

The interaction between glutamate and GABA maintains a delicate balance for optimal brain function.

AIGCID:1766703779 The interaction between glutamate and GABA maintains a delicate balance for optimal brain function.

The interaction between glutamate and GABA maintains a delicate balance for optimal brain function.

AIGCID:1766703774 The interaction between glutamate and GABA maintains a delicate balance for optimal brain function.

The interaction between glutamate and GABA maintains a delicate balance for optimal brain function.

AIGCID:1766703771 The interaction between glutamate and GABA maintains a delicate balance for optimal brain function.

Neurotransmitters like glutamate and aspartate play crucial roles in sensory perception and signal transmission in the brain.

AIGCID:1766702933 Neurotransmitters like glutamate and aspartate play crucial roles in sensory perception and signal transmission in the brain.

Neurotransmitters like glutamate and aspartate play crucial roles in sensory perception and signal transmission in the brain.

AIGCID:1766702912 Neurotransmitters like glutamate and aspartate play crucial roles in sensory perception and signal transmission in the brain.

Neurotransmitters like glutamate and aspartate play crucial roles in sensory perception and signal transmission in the brain.

AIGCID:1766702905 Neurotransmitters like glutamate and aspartate play crucial roles in sensory perception and signal transmission in the brain.

Excitatory glutamate transmission strengthens neural connections during the learning process.

AIGCID:1766701457 Excitatory glutamate transmission strengthens neural connections during the learning process.

Excitatory glutamate transmission strengthens neural connections during the learning process.

AIGCID:1766701442 Excitatory glutamate transmission strengthens neural connections during the learning process.

Excitatory glutamate transmission strengthens neural connections during the learning process.

AIGCID:1766701436 Excitatory glutamate transmission strengthens neural connections during the learning process.

Excitatory glutamate transmission strengthens neural connections during the learning process.

AIGCID:1766701421 Excitatory glutamate transmission strengthens neural connections during the learning process.

A surge of histamine facilitates wakefulness and alertness in response to environmental stimuli.

AIGCID:1766699702 A surge of histamine facilitates wakefulness and alertness in response to environmental stimuli.

A surge of histamine facilitates wakefulness and alertness in response to environmental stimuli.

AIGCID:1766699676 A surge of histamine facilitates wakefulness and alertness in response to environmental stimuli.

A surge of histamine facilitates wakefulness and alertness in response to environmental stimuli.

AIGCID:1766699656 A surge of histamine facilitates wakefulness and alertness in response to environmental stimuli.

Inhibitory neurotransmitters like glycine help regulate muscle contractions, preventing excessive movement and spasms.

AIGCID:1766698531 Inhibitory neurotransmitters like glycine help regulate muscle contractions, preventing excessive movement and spasms.

Inhibitory neurotransmitters like glycine help regulate muscle contractions, preventing excessive movement and spasms.

AIGCID:1766698513 Inhibitory neurotransmitters like glycine help regulate muscle contractions, preventing excessive movement and spasms.

Inhibitory neurotransmitters like glycine help regulate muscle contractions, preventing excessive movement and spasms.

AIGCID:1766698494 Inhibitory neurotransmitters like glycine help regulate muscle contractions, preventing excessive movement and spasms.

The "gut-brain axis" is activated as the microbiota releases signaling molecules affecting mood and cognition.

AIGCID:1766697883 The "gut-brain axis" is activated as the microbiota releases signaling molecules affecting mood and cognition.

Vagus nerve stimulation triggers the release of neurotransmitters, promoting communication between the brain and the gut.

AIGCID:1766697390 Vagus nerve stimulation triggers the release of neurotransmitters, promoting communication between the brain and the gut.

Vagus nerve stimulation triggers the release of neurotransmitters, promoting communication between the brain and the gut.

AIGCID:1766697371 Vagus nerve stimulation triggers the release of neurotransmitters, promoting communication between the brain and the gut.

Vagus nerve stimulation triggers the release of neurotransmitters, promoting communication between the brain and the gut.

AIGCID:1766697354 Vagus nerve stimulation triggers the release of neurotransmitters, promoting communication between the brain and the gut.

Dopamine plays a role in appetite regulation, influencing food choices and preferences.

AIGCID:1766696440 Dopamine plays a role in appetite regulation, influencing food choices and preferences.

Serotonin in the gut regulates bowel movements, preventing constipation and promoting gut motility.

AIGCID:1766695942 Serotonin in the gut regulates bowel movements, preventing constipation and promoting gut motility.

Serotonin in the gut regulates bowel movements, preventing constipation and promoting gut motility.

AIGCID:1766695933 Serotonin in the gut regulates bowel movements, preventing constipation and promoting gut motility.

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