pain
The peripheral nervous system helps the body react to pain. This division includes sensory nerves that carry pain signals from the body to the brain, allowing us to perceive and respond to painful stimuli.
The brain interprets summary information transmitted by the nervous system and sends signals to the body on how to react. This involves processing the information received and coordinating the appropriate response, which can be in the form of muscle movement, hormone release, or other physiological changes.
The body's reaction to stimuli is controlled by the nervous system, particularly through neurotransmitters that transmit signals between nerve cells. These signals communicate information about the external environment and trigger appropriate responses within the body. Hormones also play a role in regulating the body's reactions, helping to coordinate responses to different stimuli.
The nervous system, particularly the autonomic nervous system, signals the body to react to environmental changes such as danger or the smell of food. The sympathetic branch triggers the "fight or flight" response in threatening situations, while the parasympathetic branch promotes "rest and digest" functions when food is detected. Additionally, sensory receptors in the body detect these stimuli and relay information to the brain for processing and response.
Nerves in your body are made up of specialized cells called neurons that can rapidly transmit electrical signals. These signals travel along the nerve cells at high speeds, allowing for quick communication between different parts of the body. Additionally, nerve cells are covered in a protective layer called myelin, which helps to speed up the transmission of signals.
nervous
Electric signals interpreted by your brain.
The peripheral nervous system helps the body react to pain. This division includes sensory nerves that carry pain signals from the body to the brain, allowing us to perceive and respond to painful stimuli.
Nerves serve two functions for the body. They give orders to the brain that direct organs and tissues and they send signals about the body's condition or environment to the brain, directing the body to react.
No
Thermoreceptors react to changes in temperature, either hot or cold, in their surrounding environment. They send signals to the brain when there is a difference in temperature to help regulate the body's temperature.
The dendrites is the the ends of neuron cells. Neurons are located all over the body and all have dendrites at the end of them. Dendrites receive nerve signals are the body to let the brain know how what is the body feeling and how it should react.
The brain interprets summary information transmitted by the nervous system and sends signals to the body on how to react. This involves processing the information received and coordinating the appropriate response, which can be in the form of muscle movement, hormone release, or other physiological changes.
The body's reaction to stimuli is controlled by the nervous system, particularly through neurotransmitters that transmit signals between nerve cells. These signals communicate information about the external environment and trigger appropriate responses within the body. Hormones also play a role in regulating the body's reactions, helping to coordinate responses to different stimuli.
The nervous system, particularly the autonomic nervous system, signals the body to react to environmental changes such as danger or the smell of food. The sympathetic branch triggers the "fight or flight" response in threatening situations, while the parasympathetic branch promotes "rest and digest" functions when food is detected. Additionally, sensory receptors in the body detect these stimuli and relay information to the brain for processing and response.
Nerves in your body are made up of specialized cells called neurons that can rapidly transmit electrical signals. These signals travel along the nerve cells at high speeds, allowing for quick communication between different parts of the body. Additionally, nerve cells are covered in a protective layer called myelin, which helps to speed up the transmission of signals.
what are the signals for a raise in a women's body temperature