George Paxinos, Charles Watson. The Rat Brain in Stereotaxis Coordinates (Мозг крысы в стереотаксических координатах)
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6 5
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7
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2
1
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5
6
7
8
9
10
0
+10
10
10
-10
0
Bregma
-15
-5
5
5
+5
0
+15
+5 -5
0
Interaural
Interaural 8.20 mm Bregma -0.80 mm
Figure 21
MPOM
MPOL
Cg2
IG
Cg1
M2
M1
S1HL
S1FL
S1BF
S2
AIP
Cl
DEn
VEn
Pir
CxA
VP
Tu
SO
HDB
MCPO
B
SIB
MPOC
MPA
Pe
StHy
BSTMPM
BAC
ox
LPO
BSTS
BSTMPI
CPu
SFO
TS
SFi
pcf
df
LSD
cc
cg
ec
st
ic
acp
IPACL
mfba
mfbb
lo
mch
APF
f
sm
vhc
3V
AAV
GI
IPACM
LV
DI
S1DZ
rf
LSS
BSTLI
BSTMPL
B
LGP
BSTLP
SID
PDP
VLPO
PaAM
PaAP
6 5
43
2
1
0
12
3
4567
7
0
1
2
3
4
5
6
7
8
9
7
6
4
2
3
10
1
23
6
7
5
45
2
1
3
4
5
6
7
8
9
10
0
+10
10
10
-10
0
Bregma
-15
-5
5
5
+5
0
+15
+5 -5
0
Interaural
Interaural 8.08 mm
Bregma -0.92 mm
Figure 22
TS
LSD
SFi
df
cc
IG
cg
vhc
SFO
PT
PVA
AV
LGP
StHy
VLH
MPA
LPO
HDB
MCPO
SIB
B
AAD
AAV
LOT
ACo
CxA
Pir
DEn
VEn
LSS
IPACM
IPACL
CPu
SCh
SO
Pe
3V
LA
MPOC
ox
Pe
mfb
f
mch
B
sm
st
ic
ec
acp
lo
rf
LV
D3V
MPOM
MPOL
VP
Cg2
Cg1
M2 M1
S1HL
S1FL
S1BF
S2
GI
DI
AIP
IVF
S1DZ
Cl
BSTMPL
BSTMPI
BSTMPM
SID
SIV
PaAP
PaAM
6 5
43
2
1
0
12
3
4567
7
0
1
2
3
4
5
6
7
8
9
7
6
4
2
3
10
1
23
6
7
5
45
2
1
3
4
5
6
7
8
9
10
0
+10
10
10
-10
0
Bregma
-15
-5
5
5
+5
0
+15
+5 -5
0
Interaural 7.70 mm Bregma -1.30 mm
Interaural
Figure 23
IG
Cg2
Cg1
M2
M1
S1HL
S1FL
S1BF
S2
AIP
Cl
LSS
DEn
Pir
VEn
CxA
ACo
3
LOT
1
2
AAD
SO
VLH
MCPO
LH
SIV
IPACL
IPACM
B
B
B
LGP
CPu
AD
AVVL
Rt
SFO
PVA
PT
PC
IAD
Re
SM
BSTMPL
MPO
AHA
LA
SCh
ox
3V
f
mfb
sm
ic
sm
fi
vhc
TS
cc
df
cg
ec
rf
lo
D3V
GI
DI
S1DZ
AM
AMV
SIB
SID
Pe
AStr
AVDM
AAV
BMA
MPA
st
PVA
MeAD
PaAP
LV
6 5
43
2
1
0
12
3
4567
7
0
1
2
3
4
5
6
7
8
9
7
6
4
2
3
10
1
23
6
7
5
45
2
1
3
4
5
6
7
8
9
10
0
+10
10
10
-10
0
Bregma
-15
-5
5
5
+5
0
+15
+5 -5
0
Interaural
Interaural 7.60 mm Bregma -1.40 mm
Figure 24
IG
TS
cg
cc
df
fi
SFO
vhc
sm
st
ic
ec
sm
f
Pe
3V
Cir
mfb
lo
SCh
MPO
LA
AHA
PaAP
BSTMPL
SM
VRe
Re
PVA
AMV
AM
IAD
CM
PC
PT
PVA
AD
AVDM
AVVL
Rt
B
B
B
VLH
MCPO
SI
SO
ox
MeAD
AAV
LOT
3
2
1
ACo
BMA
AAD
CxA
IPACL
VEn
DEn
Cl
Pir
LSS
CPu
LGP
IPACM
AIP
GI
DI
S2
S1BF
S1DZ
S1FL
S1HL
M1
M2
Cg1
Cg2
D3V
LH
rf
LV
AStr
0
+10
10
10
-10
0
Bregma
-15
-5
5
5
+5
0
+15
+5 -5
0
Interaural
6 5
43
2
1
0
12
3
4567
7
0
1
2
3
4
5
6
7
8
9
7
6
4
2
3
10
1
23
6
7
5
45
2
1
3
4
5
6
7
8
9
10
Interaural 7.40 mm Bregma -1.60 mm
Figure 25
VEn
DEn
BLA
I
AStr
Cl
CxA
ACo
LOT
BMA
3
AA
CeM
CeC
IPAC
CPu
B
B
B
LGP
SI
LH
ZI
MCPO
SO
MeAD
1
Rt
VA
AVVL
AVDM
AD
PT
PVA
PC
MD
sm
D3V
LV
DG
CA3
TS
cc
ec
vhc
SFO
df
cg
fi
st
ic
rf
VA
mt
f
mfb
RCh
AHA
AHC
PaAP
Re
Rh
Pe
VRe
IAM
AM
AMV
ox
sox
IG
RSGb
RSA
M2 M1
S1HL
S1FL
S1DZ
S1BF
S1
S2
GI
DI
AIP
3V
6 5
43
2
1
0
12
3
4567
7
0
1
2
3
4
5
6
7
8
9
7
6
4
2
3
10
1
23
6
7
5
45
2
1
3
4
5
6
7
8
9
10
0
+10
10
10
-10
0
Bregma
-15
-5
5
5
+5
0
+15
+5 -5
0
Interaural
Interaural 7.20 mm Bregma -1.80 mm
Figure 26
RSGb
IG
RSA
M2
M1
S1HL
S1BF
S2
Cl
AIP
DEn
BLA
LaDL
VEn
IPAC
CeM
CeC
MeAD
BMA
ACo
BAOT
CxA
I
SI
LH
SO
RCh
AHC
AHP
PaLM
SPa
PaMP
PaV
PaDC
3V
Pe
VRe
Xi
Re
Sub
VM
VA
AMV
Rh
IAM
AM
B
B
LGP
CPu
Rt
AVVL
LDVL
AD
DG
MD
PVA
PT
CM
PC
AVDM
ZI
opt
sox
f
mfb
al
ns
LOT
cst
rf
ic
eml
st
fi
sm
PC
MHb
df
TS
cc
cg
D3V
LV
CeL
S1FL
S1DZ
S1
GI
DI
IAD
mt
ec
AStr
RSGb
IG
RSA
M2
M1
S1HL
S1BF
S2
Cl
AIP
DEn
BLA
LaDL
VEn
IPAC
CeM
CeC
MeAD
BMA
ACo
BAOT
CxA
I
SI
LH
SO
RCh
AHC
AHP
PaLM
SPa
PaMP
PaV
PaDC
3V
Pe
VRe
Xi
Re
Sub
VM
VA
AMV
Rh
IAM
AM
B
B
LGP
CPu
Rt
AVVL
LDVL
AD
DG
MD
PVA
PT
CM
PC
AVDM
ZI
opt
sox
f
mfb
al
ns
LOT
cst
rf
ic
eml
st
fi
sm
PC
MHb
df
TS
cc
cg
D3V
LV
CeL
S1FL
S1DZ
S1
GI
DI
IAD
mt
ec
AStr
0
+10
10
10
-10
0
Bregma
-15
-5
5
5
+5
0
+15
+5 -5
0
Interaural
6 5
43
2
1
0
12
3
4567
7
0
1
2
3
4
5
6
7
8
9
7
6
4
2
3
10
1
23
6
7
5
45
2
1
3
4
5
6
7
8
9
10
Interaural 7.12 mm Bregma -1.88 mm
Figure 27
Cl
DEn
LaDL
BLA
IM
VEn
BMA
ACo
MeAD
CxA
Pir
CeC
CeL
CeM
IPAC
SO
BAOT
SI
LH
LGP
CPu
Rt
VA
AIP
GI
DI
S2
S1
S1BF
RSA
M2
M1
S1HL
S1FL
S1DZ
RSGb
IG
cg
CA3
DG
AD
LDVL
MD
PT
PC
PVA
CM
sm
MHb
AVDM
D3V
AVVL
IAD
DHC
dhc
cc
df
AM
IAM
AMV
Rh
mt
VM
Sub
ZI
PaLM
PaMP
PaV
AHP
AHC
SPa
f
Xi
Re
VRe
Pe
3V
RCh
sox
opt
al
cst
ns
mfb
ic
iml
st
fi
LV
ec
rf
PaDC
6 5
43
2
1
0
12
3
4567
7
0
1
2
3
4
5
6
7
8
9
7
6
4
2
3
10
1
23
6
7
5
45
2
1
3
4
5
6
7
8
9
10
0
+10
10
10
-10
0
Bregma
-15
-5
5
5
+5
0
+15
+5 -5
0
Interaural
Interaural 6.88 mm Bregma -2.12 mm
Figure 28
IG
cg
cc
df
DHC
dhc
CA3
MHb
DG
AD
LHb
MDL
MDM
PC
CL
PVA
CM
AV
LDDM
LDVL
VL
VA
AM
IAM
Rh
Sub
Re
Xi
VRe
VM
ZI
PaPo
PaMP
AHP
Stg
AHC
VMHA
Pe
3V
TC
ArcD
SPa
ArcL
ArcM
LH
Acc
ME
SOR
BAOT
ACo
MeAD
MeAV
BMA
IM
CeM
SI
B
MGP
Rt
VPL
LGP
CeL
CeC
CPu
AStr
IPAC
LaDL
BLA
IMG
VEn
Pir
DEn
opt
sox
mfb
f
al
ns
vaf
cst
ic
mt
eml
iml
sm
st
fi
LV
D3V
ec
alv
rf
RSGb
RSA
M2
M1
S1HL
S1FL
S1DZ
S1BF
S1
S2
GI
DI
AIP
CxA
aot
6 5
43
2
1
0
12
3
4567
7
0
1
2
3
4
5
6
7
8
9
7
6
4
2
3
10
1
23
6
7
5
45
2
1
3
4
5
6
7
8
9
10
0
+10
10
10
-10
0
Bregma
-15
-5
5
5
+5
0
+15
+5 -5
0
Interaural
Interaural 6.70 mm Bregma -2.30 mm
Figure 29
IG
RSGb
RSA
M2
M1
S1Tr
S1DZ
S1BF
S2
GI
AIP
DEn
BLA
BLP
IMG
Pir
VEn
BLV
PLCo
BMA
ACo
MeAD
I
BAOT
MeAV
CeM
CeC
SI
AStr
IPAC
LaDL
I
CPu
LGP
B
MGP
CeL
ArcM
ArcL
ArcD
MEE
MEI
VMHC
VMHVL
Stg
AHP
LH
PaPo
Xi
DA
Pe
3V
A13
ZI
Sub
mt Re
VRe
Rh
VM
VL
VPM
CM
IAM
PC
VPL
Rt
IMD
PV
LHb
MDM
MDC
MDL
CL
LDDM
LDVL
DHC
CA3
CA2
CA1
MHb
DG
dhc
cc
df
cg
alv
fi
st
ec
ic
eml
iml
ns
al
mfb
f
opt
sox
SOR
TC
rf
DI
CxA
VMHDM
LV
D3V
cst
sm
6 5
43
2
1
0
12
3
4567
7
0
1
2
3
4
5
6
7
8
9
7
6
4
2
3
10
1
23
6
7
5
45
2
1
3
4
5
6
7
8
9
10
0
+10
10
10
-10
0
Bregma
-15
-5
5
5
+5
0
+15
+5 -5
0
Interaural
Interaural 6.44 mm
Bregma -2.56 mm
Figure 30
IG
RSGb
RSA
M2
M1
S1DZ
S1Tr
S1BF
S2
DI
AIP
Pir
PLCo
ACo
MePV
MeAD
BMA
I
BSTIA
MGP
CeM
CeC
BLA
BLP
VEn
DEn
LaDL
LaVM
IPAC
AStr
BMP
B
B
LGP
Rt
VPM
VPL
SOR
LH
TC
DMD
Pe
VMHDM
VMHVL
VMHC
MEE
MEI
ArcL
ArcD
ArcM
3V
DA
A13
Re
VRe
mt
ZI
VM
Rh
SubD
VL
CM
PC
Ang
Po
CL
MDL
MDC
MDPL
MDM
PV
IMD
LDDM
LDVL
DG
PoDG
CA3
LHb
D3V
DHC
MHb
cc
df
dhc
sm
iml
cg
alv
LV
fi
stec
eml
ic
scp
cst
lab
ns
al
opt
mfb
f
MePD
aot
SubI
sox
rf
GI
CPu
CeL
LaVL
SubV
BLV
CA2
CA1