University of Rostock
Department of Anatomy
Neuroscience Group
Homepage
Staff
neuroVIISAS
Rat connectome
Other connectomes
Neuroimaging
Neurodegeneration
Neuroproteomics
Students
Links
Publications
Rat connectome
Intermediomedial cell column S2 left
Abbreviation
IMMS2
Color
Superior regions
Sacral segment 2
Synonyms
Abbr.
Language
Intermediomedial cell column S2
IMMS2
Eng
Sacral intermediomedial cell column S2
Output to
Name
Side
Abbr.
Weight
Details
Prerubral field
ipsi
PR
-3
Lateral reticular nucleus
ipsi
LRt
-0.5
Lateral hypothalamic area
ipsi
LH
1
Medial division of the hypothalamus
ipsi
MdH
1
Anteromedial thalamic nucleus
ipsi
AM
-3
Paracentral thalamic nucleus
ipsi
PC
-3
Rhomboid thalamic nucleus
ipsi
Rh
-3
Submedius thalamic nucleus
ipsi
Sub
1.5
Reuniens thalamic nucleus
ipsi
Re
-3
Reuniens thalamic nucleus ventral part
ipsi
ReV
-3
Ventrolateral thalamic nucleus
ipsi
VL
-3
Ventrobasal complex
ipsi
VB
-3
Ventromedial thalamic nucleus
ipsi
VM
-3
Posterior group
ipsi
PTG
-3
Ventral medial nucleus of the thalamus
ipsi
VMT
-3
Spinal nucleus of the bulbocavernosus lumbal segment 5
ipsi
BCL5
-0.5
Spinal nucleus of the bulbocavernosus lumbal segment 6
ipsi
BCL6
-0.5
Lateral reticular nucleus
contra
LRt
-0.5
Lateral hypothalamic area
contra
LH
1
Medial division of the hypothalamus
contra
MdH
1
Submedius thalamic nucleus
contra
Sub
3
External urethral sphincter muscle
ipsi
MuscEUS
-0.5
Corpus cavernosum
ipsi
OrgCC
2
Urinary bladder
ipsi
OrgUrBLa
-0.5
Urinary bladder base
ipsi
OrgUrBLaB
-0.5
Input from
Name
Side
Abbr.
Weight
Details
Locus coeruleus
ipsi
LC
3
Gigantocellular reticular nucleus ventral part
ipsi
GiV
-0.5
Raphe obscurus nucleus
ipsi
ROb
-0.5
Raphe pallidus nucleus
ipsi
RPa
-0.5
Lateral hypothalamic area
ipsi
LH
1
Locus coeruleus
contra
LC
2
Gigantocellular reticular nucleus ventral part
contra
GiV
-0.5
Key for weights
Value
Weight
-3
unknown
-2
fibers of passage
-1
not clear
-0.5
exists
0
not present
0.5
very light
1
light / sparse
1.5
light / moderate
2
moderate / dense
2.5
moderate / strong
3
strong
4
very strong
Homepage
|
Staff
|
neuroVIISAS
|
Rat connectome
|
Other connectomes
|
Neuroimaging
|
Neurodegeneration
|
Students
|
Links
|
Publications