The body tissue that has fibers that react to stimuli is called the "nervous tissue".
The nervous tissue is composed of neurons or nerve cells that receive and transmit impulses and the "neuroglia" that help to transmit nerve impulses and also provide nutrition for the nerve cells.
Free nerve endings are sensory receptors that respond to a variety of stimuli, including pain (nociception), temperature (thermoreception), and touch. They are distributed throughout the skin and other tissues and play a critical role in sensing environmental changes. These nerve endings are particularly important for detecting harmful stimuli, alerting the body to potential injury.
The most distal feature of the numerous, referring to the numerous bones in the body, is typically the distal phalanx, which is the bone at the tip of the fingers and toes. In terms of the nervous system, the most distal features can refer to the peripheral nerve endings located in the skin and other tissues, responsible for sensing external stimuli. Each context may highlight a different aspect of "distal" in relation to anatomical structures.
Excitable tissues, such as nerve and muscle tissues, produce action potentials. These tissues have specialized cells that are capable of generating and transmitting electrical signals in response to stimuli.
Effectors are located throughout the body in organs and tissues. They are responsible for producing responses to stimuli from the nervous system, such as muscles contracting or glands secreting hormones. Effector organs include muscles, glands, and other specialized tissues that carry out the body's responses to maintain homeostasis.
Intense stimuli of any type that cause tissue damage activate nociceptors, which are specialized sensory receptors responsible for detecting pain. These stimuli can include mechanical injury, extreme temperatures, or chemical irritants. The activation of nociceptors sends signals to the central nervous system, resulting in the perception of pain and initiating protective reflexes and inflammatory responses to promote healing.
No, it is not. Your various senses have the job of sensing your environment.
No. Because without sensing a stimuli from the environment, you won't be able to percieve it.
human perception of external stimuli. Perception is the process of sensing, selecting, and interpreting stimuli in one's environment.
Free nerve endings are sensory receptors that respond to a variety of stimuli, including pain (nociception), temperature (thermoreception), and touch. They are distributed throughout the skin and other tissues and play a critical role in sensing environmental changes. These nerve endings are particularly important for detecting harmful stimuli, alerting the body to potential injury.
nerves
The most distal feature of the numerous, referring to the numerous bones in the body, is typically the distal phalanx, which is the bone at the tip of the fingers and toes. In terms of the nervous system, the most distal features can refer to the peripheral nerve endings located in the skin and other tissues, responsible for sensing external stimuli. Each context may highlight a different aspect of "distal" in relation to anatomical structures.
Excitable tissues, such as nerve and muscle tissues, produce action potentials. These tissues have specialized cells that are capable of generating and transmitting electrical signals in response to stimuli.
Effectors are located throughout the body in organs and tissues. They are responsible for producing responses to stimuli from the nervous system, such as muscles contracting or glands secreting hormones. Effector organs include muscles, glands, and other specialized tissues that carry out the body's responses to maintain homeostasis.
Merkel cells, located in the epidermis of the skin, are responsible for sensing light touch and pressure. They are connected to nerve endings and help transmit information about pressure stimuli to the brain.
Intense stimuli of any type that cause tissue damage activate nociceptors, which are specialized sensory receptors responsible for detecting pain. These stimuli can include mechanical injury, extreme temperatures, or chemical irritants. The activation of nociceptors sends signals to the central nervous system, resulting in the perception of pain and initiating protective reflexes and inflammatory responses to promote healing.
Hemoglobin is the substance in the blood responsible for carrying oxygen to the tissues. It is a protein found in red blood cells that binds to oxygen in the lungs and releases it to the body's tissues and organs.
The otolithic organs within the cochlea, known as the saccule and utricle, are responsible for sensing linear acceleration. They detect changes in head position and help with balance and orientation in relation to gravity.