{mmx
0.2
0.19
200103012141
200103012141
ABXD5RosenSept8
A/J
BXD5
UABH    
"#$%&'(
{scd
0111111111111111
0000000000000000
}scd
{prf
1
1
1
0
0
0
0
0
0
0
1
0
0
0
0
0
{swi
16
32
261
156
1
}swi
{twi
12
162
267
430
0
}twi
{pwi
12
155
243
448
0
}pwi
}prf
{pgy
36
1
2
3
4
5
6
7
8
10
11
12
13
14
15
16
17
18
20
21
22
23
24
27
28
29
30
31
33
34
35
37
39
40
41
43
44
}pgy
{pgt

200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
200103012141
}pgt
{chx
1
200103012141
200103012141
0
{cty
0010000000000000
0000000000000000
}cty
{cld
0111111111111111
0000000000000000
}cld
{lox
D1Mit65
200103012141
200007141013
5
{ali
M4.4
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
AHHHAHHHAHHHHHHBAAABHHABHHABHBHABHBH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D1Mit480
200103012141
200007141013
5
{ali
M32.8
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
AHHHHHUHAHAHABUBHHABHAAUUAHBHBABAHBH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D1Mit387
200103012141
200007141013
5
{ali
M64.5
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
AAHHHHHAHHAHABBBHHABHAABAHHBHAABAHBH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D1Mit15
200103012141
200007141013
5
{ali
M86.3
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BAHHHAHAHBAHHBBBHBHBHHAHAHHBBAABHBBA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
}chx
{chx
2
200103012141
200103012141
0
{cty
0010000000000000
0000000000000000
}cty
{cld
0111111111111111
0000000000000000
}cld
{lox
D2Mit380
200103012141
200007141013
5
{ali
M40.4
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BAHBHHHHHHAHABBHBHAHBHHBABABHHHBBBHA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D2Mit280
200103012141
200007141013
5
{ali
M66.7
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HAHBABHABBAHABAHHAHHBHABBBABABHHHHAA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D2Mit311
200103012141
200007141013
5
{ali
M83.1
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
AAHBABUHBBABABUHAAHHHAHHUBHBABHHHAHA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
}chx
{chx
3
200103012141
200103012141
0
{cty
0010000000000000
0000000000000000
}cty
{cld
0111111111111111
0000000000000000
}cld
{lox
D3Mit224
200103012141
200007141013
5
{ali
M16.4
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HHBAHHAHAHHHHHABHHBBHAHAAAAHAHHBHHBH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D3Mit10
200103012141
200007141013
5
{ali
M37.2
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
AHBAHHABBHBHHHHBHHBBHAHABAHBHHHBHHBH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D3Mit316
200103012141
200007141013
5
{ali
M41.5
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
AHBAHAUBBBHHBHUBHHBBHAHAUAHBHAABHABH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
}chx
{chx
4
200103012141
200103012141
0
{cty
0010000000000000
0000000000000000
}cty
{cld
0111111111111111
0000000000000000
}cld
{lox
D4Mit214
200103012141
200007141013
5
{ali
M21.9
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BHHBHHAHHBBHHHAAAHHHBAHHHAHHABHHBHAA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D4Mit178
200103012141
200007141013
5
{ali
M30.6
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HHHBHHAHHBBHHHAHAHHHBHHHBAHAABAABHAA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D4Mit251
200103012141
200007141013
5
{ali
M66.7
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HAHHAHHHBHABAHHHHHHBBBABHHHHAHHABHBA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D4Mit129
200103012141
200007141013
5
{ali
M71
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
AAHHAHUABHABAHUHHHBBBBABUHHHHHHABHBA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
}chx
{chx
5
200103012141
200103012141
0
{cty
0010000000000000
0000000000000000
}cty
{cld
0111111111111111
0000000000000000
}cld
{lox
D5Mit349
200103012141
200007141013
5
{ali
M5.5
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HBHBHAHHHHAHBBAHAHHABAAHABHHHHBHBAHH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D5Mit338
200103012141
200007141013
5
{ali
M47.3
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
AHHBHBAHAHHAHHHAHBBHBHBBAHHHHHBABAHA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D5Mit291
200103012141
200007141013
5
{ali
M60.1
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
ABHBHBUUAHHAHHUAHBBHBHBBUBHHHBHABAHA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
}chx
{chx
6
200103012141
200103012141
0
{cty
0010000000000000
0000000000000000
}cty
{cld
0111111111111111
0000000000000000
}cld
{lox
D6Mit226
200103012141
200007141013
5
{ali
M29.5
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HBHBHHHAHUHHAHAHBBAHBHBAAHBHAAAABABB
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D6Mit36
200103012141
200007141013
5
{ali
M40.4
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HBHBHHHHHAHHAHABBBAHBHBAAHHBAAAABABB
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D6Mit201
200103012141
200007141013
5
{ali
M65.6
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HBHBBBBHHHAHAHAHBBHHHHHAHHHBHBAHBHHH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
}chx
{chx
7
200103012141
200103012141
0
{cty
0010000000000000
0000000000000000
}cty
{cld
0111111111111111
0000000000000000
}cld
{lox
D7Mit178
200103012141
200007141013
5
{ali
M0
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HBHBAHHAHAHHBABHAHHHBHHBAAHAHHBBAAHA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D7Mit82
200103012141
200007141013
5
{ali
M24
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HBHBAHUAHHHHHHUBAAAHBAHBUHBAHHBBAAHH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D7Mit195
200103012141
200007141013
5
{ali
M25.1
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HBHBABUABHHHHHUBAAAHBAHAUHBAHHBHAAHH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D7Mit238
200103012141
200007141013
5
{ali
M42.6
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HHHAHHABHHAHABBHAHHHBAABABBBHABHHBHH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D7Mit186
200103012141
200007141013
5
{ali
M50.3
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HHHAHHHHHHAHABBHAHHHHAAHABBBHABAHBHH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D7Mit117
200103012141
200007141013
5
{ali
M10.9
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HBHBAHUAHAHHBAUBAHUHBHHBUABAHHBBAAHA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
}chx
{chx
8
200103012141
200103012141
0
{cty
0010000000000000
0000000000000000
}cty
{cld
0111111111111111
0000000000000000
}cld
{lox
D8Mit46
200103012141
200007141013
5
{ali
M29.5
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HHHHAAHHHHBHHBHBHHBABHBHBHBHHHAHHHAB
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D8Mit242
200103012141
200007141013
5
{ali
M47
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BBHABBUHBAHHAHUBHHBHHBHAUBBHBAHHABHA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D8Mit121
200103012141
200007141013
5
{ali
M68.9
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BBHBBHHUBABAHHAHAHHHHBHBBBBBHHAHABHA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
}chx
{chx
9
200103012141
200103012141
0
{cty
0010000000000000
0000000000000000
}cty
{cld
0111111111111111
0000000000000000
}cld
{lox
D9Mit299
200103012141
200007141013
5
{ali
M23
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HHHBHBHHAAHABHHBAHHHAAHHBBBHHBABHAHB
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D9Mit308
200103012141
200007141013
5
{ali
M43.7
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HHHHAHAHHAHHBBHHAHHABAHHBBBHHBAHHAAB
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D9Mit18
200103012141
200007141013
5
{ali
M68.9
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
AHHHAAAUHHBHABHBHHBABHBBHHHHHHHHHHHH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
}chx
{chx
10
200103012141
200103012141
0
{cty
0010000000000000
0000000000000000
}cty
{cld
0111111111111111
0000000000000000
}cld
{lox
D10Mit106
200103012141
200007191119
5
{ali
M12
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BHHAHAHHBHHHAHABHHHAAHHHHBHHHABHHBHH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D10Mit3
200103012141
200007201150
5
{ali
M16.4
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BHHAHAAHBHHUABABHHHAAAHHBBHHHABHHBHB
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D10Mit194
200103012141
200007201148
5
{ali
M20.8
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BUHAHAAHAHHHABABHHHAHAHHBHHHBABHHBBB
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D10Mit61
200103012141
200007201148
5
{ali
M24
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BHHHHAAAAHAHABABHHHHBAHHBHHHBABBHBBB
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D10Mit186
200103012141
200007201146
5
{ali
M36.1
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BAHHHAAAAAAHABABHHHHBAHHBHHHBABBBHBB
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D10Mit209
200103012141
200007201146
5
{ali
M45.9
}ali
{lty
1000000000000000
0000000000000000
}lty
{sdp
BAHHHAAUAAAHABABHHHHBAHHBHHHBABBBHBB
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D10Mit266
200103012141
200007201145
5
{ali
M63.4
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BAHHHAAHAAHHAHAHHBHBBHHHUHHHBABHBHBB
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D10Mit233
200103012141
200007201145
5
{ali
M63.4
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BAHHHAAHAAHHABAHHBHBBHHHUHHHBABHBHBB
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D10Mit179
200103012141
200007201124
5
{ali
M67.8
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BAHHAAAHAAHHAHAHHBHBBHHHHAHHBHBABHBB
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D10Mit180
200103012141
200007191119
5
{ali
M67.8
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BAHHAAUHAAHHAHUHHBHBBHHHUAHHBHBABHBB
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
}chx
{chx
11
200103012141
200103012141
0
{cty
0010000000000000
0000000000000000
}cty
{cld
0111111111111111
0000000000000000
}cld
{lox
D11Mit74
200103012141
200007141013
5
{ali
M2.2
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HBHHHHHBBHAAHBHHHHABBBHBAHHHHHAAHABA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D11Mit272
200103012141
200007141013
5
{ali
M25.1
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HBHHBBUBHBAAHBUHHHHHHBHHUHHAHHHAHHBA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D11Mit263
200103012141
200007141013
5
{ali
M57.9
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BBBHBHBUHHHBABAHHHBAHBHAHBHAHABAHBHA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D11Mit214
200103012141
200007141013
5
{ali
M77.6
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BHBHBHHHHHHBABAHBHBHHBHAHBAAHABAHBHA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
}chx
{chx
12
200103012141
200103012141
0
{cty
0010000000000000
0000000000000000
}cty
{cld
0111111111111111
0000000000000000
}cld
{lox
D12Mit68
200103012141
200007141013
5
{ali
M21.9
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HBBHBHHBHHAAHHBHBHHHHBBABBBBHHHBHHHH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D12Mit158
200103012141
200007141013
5
{ali
M32.8
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HBBHHHAHHHAHHHAHHHHHBBHAAAAAHHHAAHHH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D12Mit8
200103012141
200007141013
5
{ali
M56.8
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HBHHAHUAHBAHBHAHAAHHBBHBAAHHHBHAHHAH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
}chx
{chx
13
200103012141
200103012141
0
{cty
0010000000000000
0000000000000000
}cty
{cld
0111111111111111
0000000000000000
}cld
{lox
D13Mit16
200103012141
200007141013
5
{ali
M
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HAHAHHUAHBABHBUHBHHAAAHAUBHHAAHAHHHA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D13Mit64
200103012141
200007141013
5
{ali
M15.3
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HABBHBHAABABABBHBHHAAHHAHHHHAAAAHHBA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D13Mit159
200103012141
200007141013
5
{ali
M32.8
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BABBBBUHABHBABUAHBHAAHHHUHHHHHHHHHBH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D13Mit108
200103012141
200007141013
5
{ali
M33.9
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BABBBHHHABHBABAAHBHAAHHHHHHHHHHHHHBH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D13Mit258
200103012141
200007141013
5
{ali
M33.9
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BABBBBUHABHBABUAHBHAAHHHUHHHHHHHHHBH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
}chx
{chx
14
200103012141
200103012141
0
{cty
0010000000000000
0000000000000000
}cty
{cld
0111111111111111
0000000000000000
}cld
{lox
D14Mit142
200103012141
200007141013
5
{ali
M28.4
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HBHHHHHHBAHHAHHHHHAHBHBHHAHHHABBAHAH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D14Mit34
200103012141
200007141013
5
{ali
M47
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HBHBBHUHBAHHAHUBHAAHBHBHUHBHHABBAHAH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D14Mit69
200103012141
200007141013
5
{ali
M51.4
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HBHBBHUHBAHHAHUBHAAHBHBHUHBHHABHAHAH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D14Mit266
200103012141
200007141013
5
{ali
M67.8
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HHHBHHAAHAABHHHHHAHHHHBHAHBBBABHAHAH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
}chx
{chx
15
200103012141
200103012141
0
{cty
0010000000000000
0000000000000000
}cty
{cld
0111111111111111
0000000000000000
}cld
{lox
D15Mit175
200103012141
200007141013
5
{ali
M5.5
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HAHHBAUBHBAHHAUHHAHAHHHHUHHBHHHHABHH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D15Mit220
200103012141
200007141013
5
{ali
M16.4
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HAHABAHBHHABHAHHHAHHHHHHHHHBBHHHABHH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D15Mit92
200103012141
200007141013
5
{ali
M29.5
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HHHAHAHBHHHHAAHBHHABAHHHHAHAHAHHAHAH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
}chx
{chx
16
200103012141
200103012141
0
{cty
0010000000000000
0000000000000000
}cty
{cld
0111111111111111
0000000000000000
}cld
{lox
D16Mit130
200103012141
200007141013
5
{ali
M3.3
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BHBAABAAHHHHHHHAHBHHHAAHHHHHAAAHAHAA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D16Mit57
200103012141
200007141013
5
{ali
M21.9
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BHBAABAAHAHBHHHHHHHBBHABHHAHBAAAABAA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D16Mit106
200103012141
200007141013
5
{ali
M51.4
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BAHAHHAHAABBHHAHHAHHBBAHHHABBBBHHBHA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
}chx
{chx
17
200103012141
200103012141
0
{cty
0010000000000000
0000000000000000
}cty
{cld
0111111111111111
0000000000000000
}cld
{lox
D17Mit175
200103012141
200007141013
5
{ali
M6.6
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HAHBHABAHHAAAABBHHHABBAAHBBAAHHHABHH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D17Mit241
200103012141
200007141013
5
{ali
M40.4
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BAHBBHUAAHAHAHBBBHBHHHAAAHBAHAHHHBHA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
}chx
{chx
18
200103012141
200103012141
0
{cty
0010000000000000
0000000000000000
}cty
{cld
0111111111111111
0000000000000000
}cld
{lox
D18Mit20
200103012141
200007141013
5
{ali
M4.4
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BAHHBHHABAHBHBABHBAHHAHHAHUBHHHHHHHB
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D18Mit120
200103012141
200007141013
5
{ali
M9.8
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BHHHBHHABAHBHBABABAHBAHUAHAHHHBHHHHB
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D18Mit122
200103012141
200007141013
5
{ali
M20.8
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BHHHHHBABABBHHABABAABABHHUAHHHBHHAHB
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D18Mit184
200103012141
200007141013
5
{ali
M26.2
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HHBBAHUABABBHHUBABAABHBHUHAHHHBHHAHH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
}chx
{chx
19
200103012141
200103012141
0
{cty
0010000000000000
0000000000000000
}cty
{cld
0111111111111111
0000000000000000
}cld
{lox
D19Mit59
200103012141
200009081647
5
{ali
M0
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HBAHHAABHBABHHAAHAAHBAAUAHHAHHHAAABH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D19Mit23
200103012141
200009081647
5
{ali
CCR13.1
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HBAHHAAHHBAHHHAAHAAHBAAHHBHAHHHAAABH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D19Mit119
200103012141
200009081647
5
{ali
CCR27.5
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HHAAHUUHAHHAUHUHHAAABAHBUBHHHHHAHHHH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D19Mit10
200103012141
200009081647
5
{ali
CCR47
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
UHAAHHHHAHHAHHUHBAAABAHBUBHHHHHHHHHH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D19Mit123
200103012141
200009081647
5
{ali
CCR51
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HAAAHHAHAHHHHHAHBAAABABBHBHHHHHHHBAA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D19Mit37
200103012141
200009081646
5
{ali
CCR51
}ali
{lty
1000000000000000
0000000000000000
}lty
{sdp
HAAAHHUHAHHHHHUHBAAABABBUBHHHHHHHBAA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D19Mit103
200103012141
200009081646
5
{ali
CCR52
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HAAAHHUHAAHHHHUHBAHABABUUBHHHHHHHBAA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D19Mit1
200103012141
200009081646
5
{ali
CCR52
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HAAAHHUHAHHHHHUHBAHABABBUHHHAHHHHBAA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D19Mit34
200103012141
200009211807
5
{ali
CCR53
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HAAAHHUHAHHHHHUHBAHABAUUUHHHAHHHHBAA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D19Mit6
200103012141
200009211738
5
{ali
CCR55.7
}ali
{lty
1000000000000000
0000000000000000
}lty
{sdp
HHHHHUUAAHHHHAHHBHHHBHBAUAUAHUHHHUAH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi." Rerun and rereade
 Sept 21, 2000 by Shuhua and Rob.
}ref
{cmt
B GENOTYPE IS DOMINANT. NO H in this run. B's converted to Hs as a guess. 
}cmt
}lox
}chx
{chx
X
200103012141
200103012141
0
{cty
0010000000000000
0000000000000000
}cty
{cld
0111111111111111
0000000000000000
}cld
{lox
DXMit68
200103012141
200007141013
5
{ali
M20.8
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
AAHBBHUAHHHBBAUHHAAAAUBUUAAAHAAAAHHB
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
DXMit197
200103012141
200003111310
5
{ali
50.3
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HAHABHHHAAHABBAHAHAAAABAAAHAABAAAHHA
}sdp
{ref
"A/JxBXD5F2, Williams and Strom. Caudate data by Glenn D. Rosen. Cases in Mouse 
Brain Library."
}ref
{cmt
"Rosen GD, Williams RW"
}cmt
}lox
}chx
{chx
Control
200103012141
200103012141
0
{cty
0010000000000000
0000000000000000
}cty
{cld
0111111111111111
0000000000000000
}cld
{lox
D19Mit123
200103012141
200007141013
5
{ali
M38.3
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
HAAAHHAHAHHHHHAHBAAABABBHBHHHHHHHBAA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D10Mit186
200103012141
200007201146
5
{ali
M36.1
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BAHHHAAAAAAHABABHHHHBAHHBHHHBABBBHBB
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D19Mit6
200103012141
200009211807
5
{ali
CCR55.7
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BBBBBUUAABBBBAUBBBBBUBBAUABAAAAAAUAA
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi." Rerun and rereade
 Sept 21, 2000 by Shuhua and Rob.
}ref
{cmt
B GENOTYPE IS DOMINANT. NO H in this run. This is "AS READ."
}cmt
}lox
{lox
D13Mit160
200103012141
200007141013
5
{ali
M35
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BABBBBUHABHBABUAHBHAAHHHUHHHHUHHHHBH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
}chx
{chx
10 mod
200103012141
200103012141
0
{cty
0010000000000000
0000000000000000
}cty
{cld
0111111111111111
0000000000000000
}cld
{lox
D10Mit106
200103012141
200007181638
5
{ali
M12
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BHHAHAHHBHHHAHABHHHAAHHHHBHHHABHHBHH
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D10Mit3
200103012141
200007181639
5
{ali
M16.4
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BHHAHAUHBHHHABABHHHAAAHHUBHHHAUHHBHB
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D10Mit186
200103012141
200007181638
5
{ali
M36.1
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BAHHHAAAAAAHABABHHHHBAHHBHHHBABBBHBB
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D10Mit209
200103012141
200007141021
5
{ali
M45.9
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BAHHHAAUAAAHABABHHHHBAHHBHHHBABBBHBB
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D10Mit266
200103012141
200007141021
5
{ali
M63.4
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BAHHHAUHAAHHAHUHHBHBBHHHUHHHBABHBHBB
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D10Mit233
200103012141
200007141021
5
{ali
M63.4
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BAHHHAUHAAHHABUHHBHBBHHHUHHHBABHBHBB
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D10Mit179
200103012141
200007141022
5
{ali
M67.8
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BAHHAAUHAAHHAHUHHBHBBHHHUAHHBHBABHBB
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
{lox
D10Mit180
200103012141
200007141013
5
{ali
M67.8
}ali
{lty
0000000000000001
0000000000000000
}lty
{sdp
BAHHAAUHAAHHAHUHHBHBBHHHUAHHBHBABHBB
}sdp
{ref
"Rosen and Williams 2000, Genotypes by Jing Gu and Shuhua Qi"
}ref
}lox
}chx
{trt
BrainVol
200007141019
200007141019
{tvl
191.70000 150.70000 157.00000 165.80000 175.89999 138.00000 198.80000 142.89999 192.20000 151.50000 
135.30000 179.30000 138.80000 171.70000 155.39999 187.20000 216.30000 165.80000 169.20000 206.30000 
191.70000 193.39999 195.39999 171.60001 190.60001 199.70000 207.89999 181.89999 183.39999 174.80000 
180.20000 171.00000 172.80000 186.20000 192.10001 184.00000 
}tvl
{ref
Brain volume of cases after processing in celloidin. Values computed by Glenn Ro
sen using point counting method (1999, 2000).
}ref
{qnt

0
0
0
}qnt

{mpf

200
150
175
}mpf

}trt
{trt
Brain-CaudVol
200007141019
200007141019
{tvl
160.55000 128.10001 127.94000 136.67999 146.71001 115.66000 167.84000 121.40000 161.07001 126.52000 
109.88000 151.03000 116.39000 143.33000 132.89000 156.95000 186.56000 135.72000 141.37000 179.84000 
161.36000 161.87000 161.96001 143.07001 163.72000 168.35001 180.73000 153.31000 150.50000 153.35001 
151.39999 141.77000 145.39999 153.96001 159.00000 155.80000 
}tvl
{ref
Brain minus caudate volume of cases embedded in celloidin. Calculated by Glenn R
osen. Glenn, were these values corrected in any way?
}ref
{qnt

0
0
0
}qnt

{mpf

180
130
150
}mpf

}trt
{trt
CaudVolRaw
200007141019
200007141019
{tvl
31.15000 22.60000 29.06000 29.12000 29.19000 22.34000 30.96000 21.50000 31.13000 24.98000 
25.42000 28.27000 22.41000 28.37000 22.51000 30.25000 29.74000 30.08000 27.83000 26.46000 
30.34000 31.53000 33.44000 28.53000 26.88000 31.35000 27.17000 28.59000 32.90000 21.45000 
28.80000 29.23000 27.40000 32.24000 33.10000 28.30000 
}tvl
{ref
Caudate volume. Original data with (or without) correction for differential shri
nkage among cases. Check with Glenn.
}ref
{qnt

0
0
0
}qnt

{mpf

0
0
0
}mpf

}trt
{trt
CaudVolRes
200007141019
200007141019
{tvl
1.83100 -3.80500 2.66900 1.94500 1.11400 -2.94800 0.98600 -4.30300 1.76400 -1.28300 
0.65100 -0.19400 -2.94300 0.59700 -4.32500 1.25400 -1.91500 2.99100 0.23300 -4.59100 
0.94800 2.09200 3.99400 0.78100 -2.72400 1.33000 -3.96100 -0.07900 4.48300 -7.22300 
0.30300 1.59700 -0.55900 3.51300 3.92000 -0.50000 
}tvl
{ref
Caudate volume residuals after factoring out brain minus caudate.  Computed by G
lenn Rosen, March 2000.
}ref
{qnt

0
0
0
}qnt

{mpf

0
0
0
}mpf

}trt
{trt
CaudNumber
200007141019
200007141019
{tvl
4129776.00000 2893842.00000 3251901.00000 3297036.00000 4072329.00000 3380685.00000 3952447.00000 3107542.00000 4279207.00000 3469641.00000 
3403359.00000 3830040.00000 3145586.00000 3776615.00000 3077593.00000 3701228.00000 4747121.00000 2854050.00000 3791276.00000 4236239.00000 
4296305.00000 3746283.00000 5000000.00000 3789153.00000 3403270.00000 4882409.00000 4317957.00000 4049615.00000 3580888.00000 3459142.00000 
3730537.00000 3845205.00000 3699557.00000 4403296.00000 4353053.00000 3480529.00000 
}tvl
{ref
Absolute number of neurons in the caudate. Used 3D counting/disector method. Dat
a by Glenn D. Rosen. 1999Ð2000.
}ref
{cmt
Case 27 is CelloidinID #181, case 103196P. Original value of 5,571,529 is very h
igh. Ask Glenn to check volume estimate of 33.4. Parental and F1 values are made
 up by RW. Get real data.
}cmt
{qnt

0
0
0
}qnt

{mpf

19264
-14656
2304
}mpf

}trt
{trt
CaudNumbRes
200008091203
200008091203
{tvl
122099.00000 -512495.00000 -151471.00000 -268299.00000 321125.00000 204877.00000 -190323.00000 -174636.00000 261894.00000 92583.00000 
334662.00000 -1219.00000 -43750.00000 88047.00000 -417509.00000 -239736.00000 257446.00000 -693495.00000 139029.00000 -128906.00000 
273618.00000 -285855.00000 800000.00000 105403.00000 -663151.00000 730188.00000 -63681.00000 176105.00000 -240549.00000 -415110.00000 
-107579.00000 185546.00000 -27371.00000 517740.00000 374100.00000 -43930.00000 
}tvl
{ref
Caudate neuron number residuals. These vaues correct for differences in brain mi
nus caudate volume. Computed by Glenn Rosen, Mar 2000.
}ref
{cmt
Case 27 equals CelloidinID 181, 103196P. 1,537,723 is the "original" residual.  
Parental and F1 values are made up values.
}cmt
{qnt

0
0
0
}qnt

{mpf

13568
24288
0
}mpf

}trt
{trt
CaudCPD
200007141019
200007141019
{tvl
243821.00000 231081.00000 248816.00000 234396.00000 261396.00000 287240.00000 212134.00000 243214.00000 229523.00000 250604.00000 
281169.00000 248886.00000 266403.00000 267501.00000 230288.00000 228373.00000 220170.00000 193579.00000 220983.00000 200553.00000 
223799.00000 188879.00000 240720.00000 211716.00000 208446.00000 211237.00000 214502.00000 222270.00000 192451.00000 250547.00000 
231004.00000 219421.00000 233560.00000 225657.00000 214432.00000 20718.00000 
}tvl
{ref
Neuronal cell packing density in the caudate. Data by Glenn D. Rosen, 1999. Thes
e values may not be corrected for shrinkage.
}ref
{qnt

0
0
0
}qnt

{mpf

0
0
0
}mpf

}trt
{trt
CaudCellArea
200007141019
200007141019
{tvl
55.03700 59.66300 54.80400 57.71200 53.95900 45.99000 55.82700 54.26700 54.33100 50.87900 
54.49500 53.17900 53.69500 53.28100 54.05700 53.57600 44.56100 51.36300 56.86500 48.02000 
53.50700 56.50000 62.17200 61.73100 63.78400 56.20300 57.15500 55.31600 57.29400 54.59500 
53.51700 54.71600 57.31300 49.32900 52.53100 59.45000 
}tvl
{ref
Area of caudate cells. Units are probably square microns without shrinkage corre
ction. Check with Glenn.
}ref
{qnt

0
0
0
}qnt

{mpf

0
0
0
}mpf

}trt
{trt
AbsAsymCoef
200007141019
200007141019
{tvl
0.03000 0.11400 0.07600 0.06700 0.08600 0.07400 0.08700 0.07400 0.01300 0.03100 
0.00400 0.04000 0.06900 0.00000 0.03800 0.04100 0.01300 0.02700 0.02600 0.00800 
0.00000 0.00000 0.07200 0.02600 0.02700 0.00100 0.02400 0.04600 0.03300 0.01700 
0.01300 0.00100 0.07100 0.03500 0.05700 0.06000 
}tvl
{ref
Absolute asymmetry coefficient computed by Glenn D. Rosen. Add more details here
 Glenn.
}ref
{qnt

0
0
0
}qnt

{mpf

0
0
0
}mpf

}trt
{trt
CaudateAsym
200007141019
200007141019
{tvl
0.03000 -0.11400 -0.07600 -0.06700 0.08600 0.07400 -0.08700 -0.07400 0.01300 -0.03100 
-0.00400 -0.04000 -0.06900 0.00000 0.03800 0.04100 0.01300 -0.02700 -0.02600 0.00800 
0.00000 0.00000 -0.07200 -0.02600 -0.02700 0.00100 -0.02400 0.04600 0.03300 0.01700 
-0.01300 -0.00100 0.07100 0.03500 -0.05700 0.06000 
}tvl
{ref
Caudate asymmetry coefficient computed by Glenn D. Rosen, March 2000.
}ref
{qnt

0
0
0
}qnt

{mpf

0
0
0
}mpf

}trt
{trt
Celloidin ID
200007141019
200007141019
{tvl
34.00000 35.00000 36.00000 37.00000 38.00000 39.00000 40.00000 41.00000 43.00000 44.00000 
45.00000 46.00000 47.00000 48.00000 49.00000 50.00000 51.00000 77.00000 175.00000 176.00000 
177.00000 178.00000 181.00000 182.00000 183.00000 184.00000 185.00000 187.00000 188.00000 189.00000 
191.00000 193.00000 194.00000 195.00000 197.00000 198.00000 
}tvl
{ref
These are the Celloidin ID numbers of the cases used to study caudate in this AB
XD5F2 cross.
}ref
{qnt

0
0
0
}qnt

{mpf

0
0
0
}mpf

}trt
{trt
Volume6/29
200010191323
200010191323
{tvl
31.15000 22.60000 29.06000 29.12000 29.19000 22.34000 30.96000 21.50000 31.13000 24.98000 
25.42000 28.27000 22.41000 28.37000 22.51000 30.25000 29.74000 30.08000 27.83000 26.46000 
29.38000 31.53000 31.18000 28.53000 31.18000 27.33000 30.11000 28.59000 32.90000 23.25000 
28.80000 29.23000 27.40000 32.24000 33.10000 28.30000 
}tvl
{qnt

9.2
13.8
18.4
}qnt

{mpf

30
30
30
}mpf

}trt
{trt
Density6/29
200007141019
200007141019
{tvl
66391.00000 63947.00000 55881.00000 56680.00000 69623.00000 75931.00000 63805.00000 72303.00000 68732.00000 69409.00000 
66947.00000 67865.00000 70324.00000 66570.00000 68350.00000 61294.00000 79819.00000 47441.00000 68194.00000 80012.00000 
70793.00000 59407.00000 80219.00000 66417.00000 63245.00000 77875.00000 79448.00000 70756.00000 54416.00000 80656.00000 
64786.00000 65770.00000 67515.00000 68261.00000 65861.00000 6147.00000 
}tvl
{qnt

0
0
0
}qnt

{mpf

0
0
0
}mpf

}trt
{trt
Number6/29
200007141019
200007141019
{tvl
2064888.00000 1446921.00000 1625951.00000 1648518.00000 2036164.00000 1690342.00000 1976224.00000 1553771.00000 2139603.00000 1734820.00000 
1701679.00000 1915020.00000 1572793.00000 1888308.00000 1538797.00000 1850614.00000 2373561.00000 1427025.00000 1895638.00000 2118120.00000 
2079876.00000 1873142.00000 2499673.00000 1894576.00000 1975486.00000 2124326.00000 2392015.00000 2024808.00000 1790444.00000 1873916.00000 
1865268.00000 1922602.00000 1849779.00000 2201648.00000 2176527.00000 1740264.00000 
}tvl
{qnt

0
0
0
}qnt

{mpf

0
0
0
}mpf

}trt
{trt
CellArea6/29
200008091135
200008091135
{tvl
55.03700 59.66300 54.80400 57.71200 53.95900 45.99000 55.82700 54.26700 54.33100 50.87900 
54.49500 53.17900 53.69500 53.28100 54.05700 53.57600 44.56100 51.36300 56.86500 48.02000 
53.50700 56.50000 62.17200 61.73100 63.78400 56.20300 57.15500 55.31600 57.29400 54.59500 
53.51700 54.71600 57.31300 49.32900 52.53100 59.45000 
}tvl
{cmt
Cross sectional area in microns. Check whether this is corrected for shrinkage. 

}cmt
{qnt

0
0
0
}qnt

{mpf

0
0
0
}mpf

}trt
{trt
ResNumber6/29
200008091202
200008091202
{tvl
-21749.14844 -303867.12500 -355639.53125 -339375.34375 56374.26172 10685.43164 -68094.37500 -80565.46094 144206.32812 -14467.46387 
-29900.60742 -74073.86719 -114066.76562 -126297.18750 -194283.26562 -215313.95312 369760.59375 -544060.87500 99529.75781 253881.53125 
134301.43750 -84137.75000 609022.81250 95766.56250 5600.65479 245381.00000 467449.75000 158768.73438 -183042.93750 55597.90625 
-102516.41406 92278.57812 -32167.32617 267178.37500 211743.92188 -207411.48438 
}tvl
{cmt
Residual number of neurons in the striatum. Correction for brain weight. Counts 
by Glenn Rosen.
}cmt
{qnt

9.2
13.8
18.2
}qnt

{mpf

0
0
0
}mpf

}trt
{trt
ResVolume6/29
200007141019
200007141019
{tvl
-1.27500 -2.65900 -1.12400 -1.19800 -0.95600 -1.40100 -0.56200 -1.27400 0.65100 -0.24700 
0.57100 -2.07400 -1.48500 -2.51800 -2.37100 -1.73400 -0.91800 0.12000 1.60400 -1.22000 
-0.03500 1.86500 2.93700 2.24600 1.24600 -0.66400 1.14300 0.87200 2.88900 -3.45000 
-1.08900 2.27400 -0.65800 3.06100 3.27500 -1.07000 
}tvl
{qnt

0
0
0
}qnt

{mpf

0
0
0
}mpf

}trt
{trt
Brain-Caud7/18
200007181630
200007181630
{tvl
518.00000 406.00000 483.00000 479.00000 483.00000 383.00000 504.00000 368.00000 488.00000 406.00000 
419.00000 486.00000 385.00000 494.00000 402.00000 511.00000 491.00000 480.00000 380.00000 438.00000 
464.00000 469.00000 445.00000 416.00000 478.00000 439.00000 461.00000 439.00000 475.00000 425.00000 
473.00000 427.00000 444.00000 462.00000 472.00000 466.00000 
}tvl
{ref
Rosen and Williams
}ref
{cmt
This is the raw brain weight minus the corrected striatum volume.  Best estimate
 of non-striatal brain size.
}cmt
{qnt

0
0
0
}qnt

{mpf

0
0
0
}mpf

}trt
{trt
Brain raw
200007141249
200007141249
{tvl
549.40002 428.89999 512.29999 508.60001 511.79999 404.89999 535.09998 389.00000 518.90002 430.79999 
444.60001 514.00000 407.39999 522.59998 424.50000 541.59998 520.29999 509.79999 407.39999 464.79999 
494.79999 500.79999 478.29999 445.00000 504.70001 470.50000 488.50000 467.50000 507.60001 446.20001 
501.60001 456.20001 471.60001 493.89999 504.89999 494.00000 
}tvl
{ref
Rosen
}ref
{cmt
Uncorrected brain weight.
}cmt
{qnt

0
0
0
}qnt

{mpf

400
480
460
}mpf

}trt
{trt
CellVol
200008091158
200008091158
{tvl
55.20000 62.30000 54.80000 59.20000 53.50000 42.10000 56.40000 54.00000 54.10000 49.00000 
54.30000 52.40000 53.20000 52.50000 53.70000 53.00000 40.20000 49.70000 57.90000 45.00000 
52.90000 57.40000 66.20000 65.50000 68.80000 56.90000 58.40000 55.60000 58.60000 54.50000 
52.90000 54.70000 58.60000 46.80000 51.40000 61.90000 
}tvl
{cmt
Caudate nuclear or cell volume computed from area assuming a spherical nucleus
}cmt
{qnt

0
0
0
}qnt

{mpf

0
0
0
}mpf

}trt
}mmx