Receptors

The expression of estrogen receptors in breast cancer cells is a critical factor in determining treatment options and patient outcomes.

Antibodies act as receptors for antigens in the immune system.

The nicotinic receptors in the brain and body respond to nicotine to regulate addiction and reward.

The receptors on your tongue help you taste different flavors.

The receptors in your ears enable you to hear sounds.

Certain types of cancer are caused by mutations in receptors that regulate cell growth.

Cannabinoid receptors are responsible for the effects of marijuana on the body.

Some medications work by blocking certain receptors in the body.

Hormone receptors in the pituitary gland regulate the release of hormones in the body.

GABA receptors are involved in regulating anxiety and stress levels in the body.

The weather station's receptors measured the temperature and humidity outside.

Nicotine receptors in the brain can lead to addiction and dependency.

The telescope's receptors detected a faint signal from a distant galaxy.

The efficacy of cancer treatments can be improved by targeting specific receptors on cancer cells.

Insulin receptors help regulate blood sugar levels in the body.

The satellite uses receptors to detect radio waves from Earth.

The police are using facial recognition technology that relies on high-quality receptors.

The satellite's receptors received data from Earth's surface.

Beta-adrenergic receptors regulate heart rate and blood pressure.

The hair cells in the inner ear act as receptors for sound.

The binding of neurotransmitters to receptors in the brain can result in the modulation of neural activity.

Toll-like receptors in the immune system play a critical role in recognizing and responding to pathogens.

Serotonin receptors play a role in regulating mood and emotions.

The histamine receptors in the body respond to histamine to regulate inflammation and allergy responses.

Vitamin D receptors in the body respond to vitamin D to regulate calcium levels in the blood.

The insect's receptors help it navigate and locate food.

The receptors in your eyes help you see the world around you.

The identification and characterization of orphan receptors can lead to the development of new drugs for a variety of diseases.

Progesterone receptors in the body respond to progesterone to prepare the uterus for pregnancy.

The taste and smell receptors in your nose work together to give you a sense of flavor.

The olfactory receptors in the nose are responsible for the sense of smell.

The car's parking sensors use ultrasonic receptors to detect objects nearby.

The auditory receptors in your inner ear enable you to hear different frequencies and pitches of sound.

The receptors in the muscles sense the degree of stretch and the rate of change of stretch.

The cones and rods in the retina are the receptors for light.

The fish's receptors detect changes in water pressure and movement.

The sonar's receptors detected the presence of a submarine in the ocean.

The weather station has many different types of receptors to measure wind speed, humidity, and temperature.

The metal detector has magnetic receptors that can detect metal objects underground.

Abnormalities in the function of G protein-coupled receptors have been implicated in a variety of diseases, including diabetes and heart disease.

The binding of neurotransmitters to receptors on neurons is crucial for proper brain function.

The taste receptors on the tongue help us differentiate between different flavors.

Leptin receptors in the body respond to leptin to regulate appetite and metabolism.

Our TV remote uses infrared receptors to communicate with the TV.

The taste receptors on your tongue are sensitive to sweet, sour, salty, bitter, and umami flavors.

The adrenergic receptors in your heart and blood vessels respond to adrenaline and regulate heart rate and blood pressure.

The geiger counter's receptors were able to detect the presence of radioactive material.

The drone's receptors helped it navigate through a dense forest.

The antenna's receptors detected the radio signal from the station.

The robot's receptors allowed it to detect obstacles in its path.