### Answer
The type of receptor that detects and responds to pressure is called **Baroreceptors**. These specialized sensory receptors are primarily involved in the regulation of blood pressure by sensing the stretch in blood vessel walls and sending signals to the brain about changes in pressure.

### Key Points
1. **Baroreceptors**: They are found in locations such as the aorta and carotid arteries. They play a crucial role in cardiovascular homeostasis.
2. **Thermoreceptors**: These detect changes in temperature.
3. **Chemoreceptors**: These respond to chemical stimuli, such as changes in blood pH or levels of oxygen and carbon dioxide.
4. **Photoreceptors**: These are sensitive to light and are involved in vision.

In conclusion, baroreceptors are specifically designed to detect pressure changes, making them the correct choice among the options provided.

Question

### Answer
The type of receptor that detects and responds to pressure is called **Baroreceptors**. These specialized sensory receptors are primarily involved in the regulation of blood pressure by sensing the stretch in blood vessel walls and sending signals to the brain about changes in pressure.

### Key Points
1. **Baroreceptors**: They are found in locations such as the aorta and carotid arteries. They play a crucial role in cardiovascular homeostasis.
2. **Thermoreceptors**: These detect changes in temperature.
3. **Chemoreceptors**: These respond to chemical stimuli, such as changes in blood pH or levels of oxygen and carbon dioxide.
4. **Photoreceptors**: These are sensitive to light and are involved in vision.

In conclusion, baroreceptors are specifically designed to detect pressure changes, making them the correct choice among the options provided.

Knowee AI · Accepted Answer

### Answer
The type of receptor that detects and responds to pressure is called **Baroreceptors**. These specialized sensory receptors are primarily involved in the regulation of blood pressure by sensing the stretch in blood vessel walls and sending signals to the brain about changes in pressure.

### Key Points
1. **Baroreceptors**: They are found in locations such as the aorta and carotid arteries. They play a crucial role in cardiovascular homeostasis.
2. **Thermoreceptors**: These detect changes in temperature.
3. **Chemoreceptors**: These respond to chemical stimuli, such as changes in blood pH or levels of oxygen and carbon dioxide.
4. **Photoreceptors**: These are sensitive to light and are involved in vision.

In conclusion, baroreceptors are specifically designed to detect pressure changes, making them the correct choice among the options provided.

What type of receptor detects and responds to pressure?Multiple ChoiceBaroreceptorsThermoreceptorsChemoreceptorsPhotoreceptors

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What type of receptor detects and responds to pressure?

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