A
Andervont, Howard B.,
8,
9,
10;
Figure
8-1
chemical carcinogenesis,
9
mammary tumor virus,
8
Antigen
FMR,
25
GIX,
25
gross cell surface,
25
Thy-1,
25
TL,
25a,
25b
tumor specific,
25
B
Bagg, Halsey,
5,
6,
14
Bailey, Donald W.,
15,
37
Bennett, Dorothea,
46
Bittner, John, J.,
5,
10,
22
Boggs, Sallie S.,
32,
33
Bonhomme, Francois,
44
Bussey Institute,
1,
5,
6,
14
C
Callahan, Robert,
23,
50
Cancer Research Institute,
2
Cardiff, Robert D.,
22
Castle, William E.,
1,
5,
6,
14;
Figure 1-2
family tree,
Figure
1-4
Chapman, Verne M.,
43
Cherry, Marianna,
37
Chromosome banding,
45
C-banding,
45
G-banding,
45
Q-banding,
45
wild mouse,
45
Chused, Thomas M.,
21
Cloudman, Arthur M.,
5
Colcher, D.,
23
Cold Spring Harbor,
5,
6,
14
D
de Greeve, Paul,
47
Deringer, Margaret K.,
8,
10
Dickie, Margaret M.,
13
Drohan, W.,
23
Duncan, William R.,
49
Dunn, L.C.,
5
E
Enzyme
β-glucuronidase,
43
hidden variant,
44
induction gene
Gur,
18,
MGI
Tfm,
18,
MGI
NADH diaphorase,
42
processing gene
architectural, Eg,
18,
MGI
modification, Map-1, Map-2,
18, MGI (
Map1,
Map2)
organelle, function
bg,
18,
MGI
le,
18,
MGI
turnover, Ce,
18
regulatory gene
Bgs,
18,
MGI
Lv,
18,
MGI
strain distribution,
17
structural gene,
17
Gusa, Gusb, Gush,
18,
MGI
temporal gene
Gut,
18,
MGI
Int,
18
Rec,
18
Tem,
18,
MGI
thermostability,
44
F
Fekete, Elizabeth,
5
Flaherty, Lorraine,
26
Fluorescence activated cell sorter,
Figure
21-3
Furth, Jacob,
7;
Figure
7-5
G
Gautsch, J.,
23
Gene
Ah,
18,
19,
MGI
Akv-1,
20,
MGI
C
mutation,
17,
MGI
deletion,
17, MGI (
c14Cos,
c6H)
Fgv-1,
20,
MGI
Got-1,
17,
MGI
Got-2,
17,
MGI
Gpi-1,
17,
MGI
Gv-1,
25,
MGI
Gv-2,
25,
MGI
Hbb,
17,
20,
39,
42,
44,
MGI
Hst,
48,
MGI
leukemia,
19
linkage map,
Figure
17-1
Lps,
30,
MGI
null allele, Qa locus,
26
pseudoallele-t,
46
recombination suppression, T/t complex,
46
tandem duplication,
26
Amy-1, Amy-2,
17, MGI (
Amy-1,
Amy-2)
Car-1, Car-2,
17,
MGI (
Car-1,
Car-2)
Es-1, Es-2, Es-5, Es-6, Es-7, Es-9, Es-11,
17,
MGI (
Es-1,
Es-2,
Es-5,
Es-6,
Es-7,
Es-9,
Es-11)
Hbb, Hby,
17, MGI (
Hbb,
Hby)
Tla,
25,
MGI
Graff, Ralph J.,
24
Green, Earl L.,
13;
Figure
13-1
Green, Margaret C.,
12;
Figure
12-1
Gross, Ludwick,
7
H
Hand, P.,
23
Hartley, Janet W.,
20
Held, Joe R.,
4
Heston, Walter E.,
10,
13,
22;
Figure
10-1
Histocompatibility antigen,
26
congenic strain
listing,
11
mating system,
11
H-2
alleles at H-2K, H-2D,
Table
49-3
genetic map,
Figure
49-1
H-2 complex
private specificity,
47
public specificity,
47
serologic reactivity,
47
immunogenicity,
24
linkage map,
Figure
24-1
listing,
24
wild mouse, H-2 complex,
49
Hoffman, Harold A.,
16
Howard, D.,
23
Hsu, Ellen,
49
Huang, Huei-Jen S.,
49
Hutton, John J.,
17
I
Inbred mouse
AKR, origin,
7
RF,
7
Inbred strain
genetic quality control,
16
nomenclature,
15,
29
congenic,
11
subline differences,
28;
Tables
11-2,
39-3
A,
Figure
15-4;
Tables
28-1,
39-2
AKR,
34
BALB/c,
38;
Figures
15-4,
26-3
CBA,
35,
36;
Table
39-2;
Figure
15-4
CE,
Table
39-3
contamination,
16
C3H,
30,
31,
32,
33;
Tables
28-1,
39-2;
Figure
15-4
C57,
39;
Table
28-1
C57BL,
37,
38;
Figure
15-4
DBA,
Table
39-2;
Figure
15-4
MA,
Table
39-3
origin of,
15
SJL,
Table
39-3
Iványi, Pavol,
48,
49
J
Jackson Laboratory,
5,
6,
7,
10,
12
Japanese waltzing mouse,
5
K
Keeler, Clyde,
1,
14,
40;
Figure
14-1
Klein, Jan,
49
Krause, Richard M.,
3
Kufe, D.,
23
L
Lathrop, Abbie E.C.,
1,
5,
40;
Figure
1-5
Lerner, R.,
23
Leukemia, carcinogen-induced,
7
Liebelt, Annabel G.,
36
Lilly, Frank,
19
Little, Clarence,
5,
6,
7,
10,
13,
14;
Figure
5-1
Loeb, Leo,
1,
40
Lung tumor,
3,
10
Lynch, Clara,
3,
7,
13
Lyon, Mary F.,
29
M
MacDowell, E. Carlton,
5,
14
Mammary tumor,
10
clonal origin,
22
endogenous virus,
22
immune response,
22
exogenous virus,
22
immune response,
22
foster-nursing,
6,
9
genetics,
1,
22
hormone effect
estrogen,
22
glucocorticoid,
22
insulin,
22
prolactin,
22
hyperplastic nodule,
22
pregnancy effect,
22
strain difference,
Table
23-1
Mammary tumor virus,
22
endogenous virus,
23
exogenous virus, unique DNA sequence,
23
gp52 antigen
group specificity,
23
peptide map,
23
type specificity,
23
rat,
Table
23-3
type B,
23
Manhattan Project,
10
Marshall, Joe T.,
40,
41
Mendel, Gregor,
5
Miller, Dorothy A.,
45
Miller, Orlando J.,
45
Moisset, Beatriz,
39
Morgan, Thomas H.,
6
Morse, Herbert C. III,
1,
21,
28
Mosier, Donald E.,
35
Mouse gene
furless,
13,
MGI
linkage map,
12
linkage testing stock,
12
opossum,
13,
MGI
pale ear,
13,
MGI
shambling,
13,
MGI
short ear,
12,
MGI
Mühlbock, Otto,
22
Murine leukemia virus
amphotropic virus,
20,
21
ecotropic virus,
21
integrated genome,
20
reintegration,
20
strain difference,
20
structural gene,
19
genome,
Figure
21-1
gp70 antigen
G(AKSL2),
25
G(ERLD),
25
GIX,
25
G(RADA1),
25
polymorphism,
8
X.1,
19
XenCSA,
21
strain distribution,
21
immune response
cell-mediated,
19
humoral,
19
MCF virus,
20,
21
regulation of expression, Fv-1 locus,
19
relationship to primate virus,
50
reverse transcriptase,
7
structure,
21
C-I subclass,
50
C-II subclass,
50
xenotropic virus,
19,
21,
28
Fv-1 effect,
19,
21
induction effect,
20
structural gene,
21
Murphy, James,
6,
7
Murray, Joseph M.,
5
Murray, William S.,
5
Mus caroli,
40,
50
Mus cervicolor,
40,
50
Mus cookii,
50
Mus dunni,
50
Mus leggada,
40
Mus m. castaneus,
50
Mus m. domesticus,
42
Mus m. molossinus,
40,
42,
50
Mus m. musculus,
44
Mus pahari,
50
Mus poschiavinus,
40
Mus shortridgei,
50
N
Nauts, Helen C.,
2
Nucleolus organizer,
45
silver stain,
45
O
Old, Lloyd J,
25
P
Paigen, Kenneth,
18
Population genetics
allelic variation,
42
electromorph,
44
mutation-equilibrium theory,
44
neutral theory,
44
genic heterozygosity,
44
Potter, Michael,
40
Q
Qa antigen,
26
Qa-1,
26
Qa-2,
26
Qa-3,
26
R
Radiation
atomic bomb,
7
chromosome break,
45
leukemia in man,
7
leukemia induction,
19
leukemogenesis,
7
Recombinant inbred strain,
27
gene mapping,
27
linkage detection,
27
Mup,
18
strain distribution pattern,
27
XenCSA,
Table
21-3
Robertsonian fusion,
40,
42
Robertsonian translocation,
45
Q-banding,
45
Rockefeller University,
3
Roderick, Thomas H.,
39
Rosenstreich, David L.,
30
Rowe, Wallace P.,
20
Russell, Elizabeth S.,
5,
13
S
Sage, Richard D.,
42
Sawin, Paul B.,
13
Schidlovsky, G.,
23
Schlom, J.,
23
Selander, Robert K.,
44
Shimkin, Michael B.,
9,
10
Slye, Maude,
5,
6
Snell, George D.,
5,
11,
13,
29,
37;
Figure
11-3
Somatic cell genetics
hamster-mouse hybrid,
45
mouse-human hybrid,
45
Stockert, Elisabeth,
25
Strong, Leonell C.,
5,
6,
13,
14;
Figure
6-3
C3H mouse, early distribution,
6
enzyme differences in strains,
18
origin of strain C3H, CBA,
6
Swiss mouse,
3
T
Tagliabue, Aldo,
31
Taylor, Benjamin A.,
27
Teramoto, Y.,
23
Thymus
hormone,
7
leukemia,
7
Tla,
26
Todaro, George J.,
23,
50
T/t complex,
46
H-2 antigen, wild mouse,
49
t complementation group,
46
Tyzzer, E.E.,
5,
6
W
Wakeland, Edward K.,
49
Wild mouse
Africa,
40
Asia,
40
C banding,
40
contribution to inbreds,
40
Europe, taxonomy,
41
genetic polymorphism,
43
geographic distribution,
Figure
42-1
geographic origin,
Table
40-2
H-2 antigen, serotyping,
47
H-2 complex
frequency of alleles,
49
polymorphism,
48
H-2 congenic,
49
immunoglobulin,
40
karyotype,
Table
40-2
mammary tumor virus,
23
MUP polymorphism,
40
Mus booduga fulvidentris,
45
Mus caroli,
23,
41,
42,
45
Mus cervicolor,
23,
41,
45,
50
Q-banding,
45
Mus cervicolor popaeus, type B virus,
23
Mus cookii,
45
Mus dunni,
45
Mus hispanicus,
42
Mus m. brevirostris,
42,
44
Mus m. castaneus,
40,
41,
43,
44
Mus m. domesticus,
41,
44
Mus m. homourus,
42
Mus m. molossinus,
23,
43,
44,
45
waltzing mouse,
40
Mus m. musculus,
40,
41,
44,
45
Mus m. Peru Atteck,
23
Mus m. spretus,
42
Mus poschiavinus,
42,
45
phylogenetic tree,
Figure
50-1
Spanish house mouse,
42
genetic relationship,
42
Switzerland,
40
T/t complex,
46
Woolley, George,
5
Wright, Sewall,
5,
10
Z
Zaleska-Rutczynska, Zofia,
49
Zatz, Marion M.,
34