George Paxinos, Charles Watson. The Rat Brain in Stereotaxis Coordinates (Мозг крысы в стереотаксических координатах)
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Interaural 1.96 mm Bregma -7.04 mm
Figure 48
fmj
hf
bsc
bic
ltg
ctg
dtg
ts
rf
s5
PBG
MiTg
A8
me5
RR
rs
cp
bp
m5
tfp
bas
Pn
ml
tth
B9
IPC
IPI
IPA
IPL
Rbd
ipt
xscp
mtg
ts
PPTg
RRF
mlf
3
I3
3PC
Su3
DR
Me5
BIC
SubB
Su3C
dlf
PaS
PrS
Dsc
CLi
DpWh
DpG
Post
Zo
SuG
Op
InG
InWh
Aq
MEnt
LEnt
S
DpMe
PRh
TeA
V2L
Ect
V1B
V1M
RSGb
RSA
V2MM
DMPAG
DLPAG
LPAG
RSGa
Interaural 1.70 mm Bregma -7.30 mm
Figure 49
Zo
SuG
Op
InG
fmj
InWh
DpG
DpWh
RSGb
RSA
V2MM
V1M
V1B
V2L
TeA
Ect
PRh
LEnt
MEnt
Dsc
PaS
S
PrS
BIC
SubB
InCo
MiTg
PBG
RR
PL
PPTg
Pa4
4
CLi
xscp
RtTg
Pn
bas
MnR
PnO
Rbd
ipt
tth
ml
lfp
bp
m5
rs
mcp
s5
ll
mlf
DRD
3PC
Me5
dlf
DLPAG
me5
ts
dtg
ltg
bic
rf
DMPAG
tfp
Pn
DpMe
LPAG
Su3
B9
Su3C
ctg
Aq
DRV
Post
RSGa
Interaural 1.36 mm Bregma -7.64 mm
Figure 50
VLL
PL
ERS
PnO
ml
tth
bas
tfp
Pn
RtTg
RtTgP
PMnR
MnR
ts
ATg
bp
m5
s5
mcp
ll
rs
lfp
mlf
dtg
ctg
ll
bic
rf
B9
me5
VLPAG
Me5
LPAG
DLPAG
InCo
ECIC
MiTg
PBG
BIC
MEnt
LEnt
Dsc
PaS
PrS
DMPAG
dlf
DpWh
DpG
InWh
InG
SuG
Zo
Op
Aq
RR
PPTg
Pa4
CLi
xscp
Rbd
SPTg
PRh
Ect
TeA
V2L
V1B
V1M
V2MM
RSA
RSGa
fmj
DpMe
DRD
DRV
DRVL
Post
RSGb
Interaural 1.20 mm Bregma -7.80 mm
Figure 51
bic
ll
me5
dtg
mcp
s5
m5
ll
rs
bp
lfp
ml
tth
tfp
mlf
xscp
ts
bas
Zo
RSGb
RSA
V2MM
V1M
V1B
V2L
TeA
Ect
LEnt
Dsc
PaS
PrS
MEnt
MiTg
PBG
Me5
PPTg
ECIC
1
21
InCo
VLPAG
LPAG
SuG
fmj
Op
InG
InWh
DpG
DpWh
Rbd
ATg
PMnR
MnR
RtTg
RtTgP
DPPn
Aq
SPTg ILL
VLL
PL
m5
VMPn
DMPn
MPn
VPPn
LPn
DLPn
BIC
PnO
PRh
DLPAG
DMPAG
B9
DpMe
RSGa
Post
DRD
DRV
DRVL
Interaural 1.00 mm Bregma -8.00 mm
Figure 52
rf
s5
mcp
m5
rs
cll
ll
ll
bic
bp
lfp
ml
tth
tfp
Pn
ts
MnR
PMnR
RPO
VLTg
PnO
RtTgP
RtTg
VLL
PL
ILL
SPTg
ATg
Rbd
scp
xscp
mlf
DRV
DRD
DRVL
Me5
InCo
PPTg
MiTg
PBG
BIC
ECIC
2
Post
PaS
Dsc
MEnt
CnF
DpWh
DpG
InWh
InG
Op
SuG
Zo
dtg
4n
me5
bas
LEnt
PRh
Ect
TeA
V2L
V1B
V1M
V2MM
RSA
RSGa
fmj
DMPAG
DLPAG
LPAG
VLPAG
Aq
DpMe
Interaural 0.70 mm Bregma -8.30 mm
Figure 53
Pi
cic
ll
mcp
s5
tz
m5
ll
ll
ll
ll
vsc
rs
cll
scp
me5
4n
dtg
mlf
ts
MnR
PMnR
py
bas
tth
ml
RtTg
RtTgP
Tz
RPO
VLTg
VLL
VLL
ILL
DLL
PnO
SPTg
VTg
PPTg
CnF
Me5
DRVL
DRD
Rbd
Aq
ECIC
1
2
3
MEnt
PaS
Post
Dsc
LEnt
PRh
Ect
TeA
V1B
V1M
V2MM
RSA
V2L
DMPAG
DLPAG
LPAG
VLPAG
PL
DRV
DRI
RSGa
Interaural 0.28 mm Bregma -8.72 mm
Figure 54
DCIC
cic
2
CIC
LPAG
ReIC
Me5
ECIC
1
2
3
PaS
Dsc
Sag
CnF
LDTg
LDTgV
VTg
PnO
P5
SubCV
PC5
SubCD
DTgP
DRC
mlf
me5
DLL
LPBS
LPBE
KF
Pr5
MSO
RPO
LVPO
SPO
MVPO
py
bas
tz
tth
ml
RtTg
Tz
tz
s5
A5
vsc
rs
A7
vsc
scp
dtg
4n
ll
cll
mcp
ts
PnR
MEnt
LEnt
PRh
Ect
TeA
V2L
V1B
V1M
RSA
DMPAG
VLPAG
MPB
DMTg
m5
DRI
LPBC
Interaural 0.20 mm Bregma -8.80 mm
Figure 55
MEnt
4n
ll
mcp
vsc
s5
m5
rs
tz
vsc
A5
py
bas
tz
Tz
ml
tth
ts
PnR
SPO
LSO
MSO
LVPO
MVPO
DPO
SubCV
PnO
P5
Mo5
PC5
Pr5VL
VCA
Su5
SubCD
VTg
mlf
DTgP
LDTgV
DLL
LPBE
MPB
LPBS
CnF
DRC
2
Me5
LPAG
CIC
ReIC
cic
DCIC
ECIC
1
23
Sag
Cb
PaS
PRh
me5
4n
scp
dtg
KF
LDTg
MEnt
Ect
V2L
V1B
V1M
RSA
DMPAG
A7
RtTg
DMTg
DMTg
DRI
LPBC
Interaural -0.16 mm Bregma -9.16 mm
Figure 56
Cb
ReIC
3
2
CIC
1
1
2
2
3
3
DCIC
ECIC
4
MEnt
vsc
mcp
s5
m5
rs
tz
vsc
A5
me5
scp
4n
4V
ts
6n
tth
PnV
RMg
RtTg
PnR
DMTg
mlf
py
ml
Tz
bas
SPO
MSO
LSO
LVPO
MVPO
DPO
Pr5VL
I5
Mo5DL
Mo5VM
P5
SubCD
Su5
SubCA
VCA
MPBE
MPB
Me5
LPBI
LPBD
LPBV
LPBE
RL
Sag
2&3
LC
LDTg
Bar
DTgC
DTgP
DRC
PRh
Ect
V2L
V1B
V1M
RSA
PaS
LPBCr
LPBC
KF
SubCV
cic
SMV
PnC
tz
Interaural -0.30 mm Bregma -9.30 mm
Figure 57
Cb
ReIC
DCIC
CIC
ECIC
1
2
3
3
V1M
RSA
V1B
PaS
V2L
MEnt
Ect
PRh
Sim
4
2&3
PCTg
2
4V
vsc
mcp
LR4V
s5
scpd
m5
rs
vsc
A5
scp
me5
4n
DRC
mlf
DTgC
PnR
RtTg
RIP
PnC
P5
Mo5DL
SubCV
SubCD
SubCA
Me5
MPB
LPBI
LDTg
Bar
DTgP
LC
LPBV
LPBD
LPBE
MPBE
Pr5DM
VCA
PFl
Pr5VL
I5
DPO
LSO
SPO
Tz
MSO
LVPO
MVPO
tz
py
ml
tth
RMg
PnV
bas
SMV
ts
LPBCr
Mo5VM
Su5
LPBC
CGA
CGB
chp
DMTg