Visceral sensations are: Hunger, Thirst, and Hollow Organ fullness
Visceral muscles
It is the area where all your touch senses end up; touch, vibration, temperature, pain, body position. It is organized as a homonculous
The sensory strip is located in the human brain close to the frontal lobe. This part of the brain is responsible for controlling the five senses.
The meaning of unconscious is lacking awareness and the capacity for sensory perception.
No, it has 2 visceral motor neurons. A visceral reflex has a receptor, a sensory neuron, a processing center, and 2 visceral motor neurons.
your face and your face
the visceral sensory area
Visceral sensations are: Hunger, Thirst, and Hollow Organ fullness
Visceral is the term meaning "pertaining to the internal organs."
Interoceptors or visceroceptors
Interoceptors or visceroceptors
Serosa = Visceral Peritoneum Meaning covering the surface of many abdominal organs.
visceral sensory cortex
I believe you mean autonomic neurons (part of the ANS) and yes, they can be sensory neurons. Sensory neurons are the same as afferent neurons--meaning they carry signals towards the CNS. Think as afferent as 'approaching'. Anyhow, these neurons sense the conditions of your visceral organs and whatnot. Other wise it would have no information to judge for what signals to send. So yes, autonomic neurons consist of both sensory (afferent) and motor (efferent) neurons.
An autonomic reflex arc is similar to the somatic kind, but differs principally in the motor output side. The sensory side is similar in that a transducer sends a signal via a nerve fiber into the CNS. As with the somatic arc, this sensory fiber is associated with a pseudo-unipolar neuron in a craniospinal ganglion, usually one of the dorsal root ganglia. In the autonomic arc, the sensory transducer is often located in or associated with visceral organs.
The afferent neurones or Sensory neurones. Further divided to 2 subtypes, the visceral (from inner organs) and somatic (from skin). There is also the cranial nerves which provide information to the CNS.