Where does pain information cross over in the somatosensory pathway?
singleAnswer
spinal cord
Somatosensory system Dorsal column–medial lemniscus pathway
wWhere does pain information cross over in the somatosensory pathway?
Spinothalamic tract Somatosensory system Dorsal column–medial lemniscus pathway Trigeminal nerve Sensory decussation Spinocerebellar tract Allodynia Neural adaptation Corticospinal tract Trigeminal lemniscus
The spinothalamic tract is a <b>sensory pathway</b> to the thalamus. From the ventral 
posterolateral nucleus in the thalamus, <b>sensory information</b> is relayed upward to 
the <b>somatosensory cortex</b> of the ... The axons of the tract cells <b>cross over</b> (
decussate) to the other side of the spinal cord via the anterior white commissure, 
and to&nbsp;... The <b>somatosensory</b> system is a part of the <b>sensory</b> nervous system. The 
<b>somatosensory</b> system ... <b>Sensory</b> receptors are found all <b>over</b> the <b>body</b> including 
the skin, epithelial ... Insula also plays a role in conveying <b>info</b> about sensual 
touch, <b>pain</b>, ... This neuron&#39;s ascending axons <b>will cross</b> (decussate) to the 
opposite side&nbsp;... The dorsal column–medial lemniscus <b>pathway</b> (DCML) is a <b>sensory pathway</b> of 
the central nervous system that conveys sensations of fine touch, vibration, two-
point discrimination, and proprioception (position) from the skin and joints. It 
transmits <b>information</b> from the body to the primary <b>somatosensory cortex</b> in ... This 
<b>crossing over</b> is known as the <b>sensory</b> decussation. The trigeminal nerve is a nerve responsible for sensation in the face and motor 
functions such ... <b>Sensory information</b> from the face and <b>body</b> is processed by 
parallel <b>pathways</b> ... The mandibular nerve carries touch-position and <b>pain</b>-
temperature ... The secondary neurons in each <b>pathway</b> decussate (<b>cross</b> the 
spinal cord or&nbsp;... The <b>sensory</b> decussation or decussation of the lemniscus is a decussation or 
<b>crossover</b> of axons from the gracile nucleus and cuneate nucleus, which are&nbsp;... The spinocerebellar tract is a nerve tract originating in the spinal cord and 
terminating in the ... The ventral spinocerebellar tract <b>will cross</b> to the opposite 
side of the <b>body</b> ... tract, which <b>does</b> not decussate, or <b>cross</b> sides, at all <b>through</b> 
its <b>path</b>. ... This suggests that the dorsal spinocerebellar tract carries <b>sensory</b> 
<b>information</b> to&nbsp;... Allodynia refers to central <b>pain</b> sensitization (increased response of neurons) 
following normally non-painful, often repetitive, stimulation. Allodynia <b>can</b> lead to 
the triggering of a <b>pain</b> response from stimuli which <b>do</b> ... However, they <b>do</b> not 
<b>cross over</b> at the level of the spinal cord, but at the lower medulla instead. In 
addition&nbsp;... Neural adaptation or <b>sensory</b> adaptation is a gradual decrease <b>over</b> time in the 
responsiveness ... 6.1 <b>Pain</b>; 6.2 Weight training ... By day four, the images seen 
<b>through</b> the instrument <b>were</b> still upside down. ... that allow for gradient signals to 
<b>pass</b> onto spatial ganglia <b>where</b> the signal <b>will</b> be sent to the brain to be 
processed. The corticospinal tract is a white matter motor <b>pathway</b> starting at the cerebral 
<b>cortex</b> that ... Then both tracts <b>pass through</b> the brain stem, from the pons and 
then to the ... connections to the <b>somatosensory cortex</b> suggest that the pyramidal 
tracts are also ... However, they <b>can</b> re-learn some crude, basic motions, just no 
fine&nbsp;... The trigeminal lemniscus, also called the trigeminothalamic tract, is composed of 
the ventral trigeminal tract, and the dorsal trigeminal tract – nerve tracts that 
convey tactile, <b>pain</b>, and temperature ... It carries <b>sensory information</b> from the 
trigeminal system to the ventral posteromedial (VPM) nucleus of ... nigrostriatal 
<b>pathway</b>:.
lateral spinothalamic tract
Spinothalamic tract