Monogenic traits are listed under "mutant"; traits of uncertain inheritance are listed under "character." No attempt has been made to index all linkage segregations. Significant indications of linkage are listed under their respective chromosomes. Linkage tests for new mutants are indexed according to the symbol of the new mutant.
Acid Content
variation among strains 6:5
10:24; 10:25,26
Allele Test
au - brac 9:42
aw - incolorata 8:36
bk - mamilata 8:36
d\1 - rob^imm 8:36
gh - ab 6:32; 7:15
l - rub 8:36
ry - r 7:14
sl series 8:15
tf - tri 8:36
Anthocyanin
effect of hp\1, hp\2 7:9
Ascorbic Acid
effect of hp\1, hp\2 7:9
improvement of 1:12
in hirsutum hybrids 4:15
Backcross, double method 5:31
Bacterial wilt, southern 1:2
resistance 2:2
Biochemical characters
various 10:24
Carotenoids
delta carotene 6:28
effects of at, r, t
and compounds 5:18
effects of 3:17; 4:15
effects of gh 6:32
effect of hp\1, hp\2 7:9
effects of l\1 7:8
effects of a new gene 6:28
effects of r and t
and compounds 4:15
effects of ry 6:33
effects of ry, at, r, t 7:14
effects of t 3:16; 8:14
effects of temperature
on synthesis 3:17
high Beta-carotene 6:29
in green flesh mutant 7:15
Carotenoids (cont.)
in L. cheesmanii 6:23
in r, t, at
and combinations 2:6
in triple recessive
at-r-t 6:16
inheritance in variety
Webb Special 6:30
pigment biosynthesis 8:14
Characters
brown anthers 6:32
chlorophyll deficiency 9:50
exserted carpels 6:32
exserted styles 6:22
fruit flesh white 2:12
tissues
fruit nipple tips 4:18
fruit purple tops 4:17
green jelly 2:12
long pedicels 10:29
pink gold fruits 2:13
rooty stems 2:13
superpuffed locules 7:16
wide calyx 1:5
Chemical mutagensis 1:16
Chimeras
radiation-ind uced 6:10
Chlorophyll
content of mutant, 6:28
enviromental effects 10:17,27
effect of hp\1, hp\2 7:9
Chromosome aberrations
deficiencies 1:3
radiation induced 7:10
Chromosome abnormalities
in sus 9:29
Chromosome morphology of
Lycopersicon species 1:3
Chromosome numbering
system coordinated 6:15
Chromosome structure
in tomato varieties and
species 3:11
Chromosome structure (cont.)
variations in satellite 3:10
Colchicine
homozygotizing effect 9:30
methods of application 6:14
Cold resistance 2:12; 3:14; 5:19
Concentrates, tomato
inheritance studies 5:14
Consistency in tomato products
inheritance 5:14
Convergent improvement of
ascorbic acid content 1:12
Conversion, gene somatic 8:19
Cross-pollination rates
in Chile-Peru 8:31
in Conn. 9:27
in Italy 10:26
in Mexico 3:18
in Puerto Rico 6:28
Cross-pollination without
emasculation 1:15
Culture methods, greenhouse 1:16
Cyphomandra betacea
grafts with tomato 1:18
Deficiencies, chromosomal 1:3
Diploid lines derived from
haploids 1:4
Dominance
changes in sus 9:29
Earliness
genotypic-enviromental
influence 9:40
heterosis for 2:4
Emasculation, averted 1:15
Fasciation, stem 3:18
Frost resistance
see cold resistance
Fruit consistency
evaluation of 4:10
Fruit cracking resistance 1:5
2:3; 5:16; 8:15
8:38; 9:32; 9:34; 9:40
Fruit firmness 10:6
Fruit locule number
relation to fruit weight 4:11
inheritance 3:10; 4:10,11; 10:6
Fruit number inheritance 9:49
Fruit pigments
general studies 10:28
see carotenoids
Fruit ripening
genetic control 2:7
Fruit setting
effect of temperature 1:6
6:16; 9:28
morphological relationships 9:28
Fruit setting (cont.)
relationship with
fruit size 10:21
use of indolebutyric and
p-chlorophenoxyacetic
acids 3:22
Fruit shape, inheritance 1:8; 3:10
Fruit size
genotypic-enviromental
influence 9:40
inheritance 1:8; 7:3; 9:49
intergeneric graft effects 1:18
methods of determining 5:29
Fruit yield
nature of gene action 1:7
Galapagos accession
description 7:12
Gametocide 9:47
Gene - see mutant
Gens lists 4:4; 9:6
Gene symbols, changes 4:7; 10:3
Genetic background
importance in segregation 6:11
Germination, effect of dm 9:36
Graft experiments
chlorophyll deficiencies 10:17
cyphomandra-tomato 1:18
tomato and petunia 9:43
wd, modification of scions 2:8
Growth-promoting substances
effects on La/+ 8:24
use in fruit-setting 3:22
Haploid lines, behavior of
diploid derivatives 1:4
Heterosis
character components 9:49
combining ability in
backcrosses 3:12
evaluation 3:9
in backcross of ps, a, c 6:21
interaction with nutrition 2:4
polygenetics 1:5
phenotypic stability 6:20
History of tomato uses 5:5
Hybrid seed production 1:15
theoretical consideration 8:34
use of sl 8:18
Hybrids, interspecific
see under respective species
Hybridizing, without
emasculation 1:15
Incompatibility between
L. hirsutum and L.
esculentum 2:13
Interspecific hybrids
see under respective species
Jointless, improved type 9:39
Late blight resistance 1:2; 2:2
2:10; 3:25; 7:9
Leaf mold
resistance 5:19; 10:19
race names 6:13
Linkage
Chromosome 1 4:17; 5:7
8:11,11,26,38; 9:46
Chromosome 2 2:8; 3:8,8,15,23
4:9; 5:7,26; 8:26,28,29
9:23; 5:7,26; 8:26,28,29
Chromosome 3 8:26,32; 10:37
Chromosome 4 1:5; 8:33
9:41,44; 10:37
Chromosome 5 10:37
Chromosome 6 5:7; 8:15,32,38
9:21,41; 10:16
Chromosome 7 1:5; 3:21,23
5:22; 6:7; 8:30,32
Chromosome 8 1:14; 3:23; 4:17
6:11,17,21; 8:26
9:19,45; 10:31,37,38
Chromosome 9 9:41
Chromosome 10 4:9; 5:23
6:11,17,25
8:21,38; 10:11,20
Chromosome 11 9:41
Group V 1:5; 5:21; 6:6,7,24
8:11,26,28; 9:25; 10:34,38
coordinated study 6:3; 7:2
8:7; 9:5; 10:4
detection by roguing method 8:26
maps 6:26; 8:8; 10:5
screening method 7:4
tests for genes of unknown
relationship
ae 9:21
af 8:9; 9:19
10:10
ag 4:9; 5:22
6:25
ah 8:33
ai 9:21
ao 9:21
au 8:11; 9:46
bi 5:22
cb 1:10
cf series 5:19
ch 10:31
(*) 10:37
cm 8:12
Cu 8:30
d\2 9:21
dil 10:34
dl 3:23; 4:17
dv 3:23; 4:17
ds 8:28
10:10
ff 10:35
Fw 5:22
gf 6:16; 8:21
gh 6:6
gs 6:13; 8:11
(*) 10:37
hl 2:2
bp (bs,dr) 5:20
ht 9:42;10:30
int 10:19
j 1:5; 2:3
1:13
(j\1)^-wt
pro blem 6:24
j\2 10:34
l\2 6:17; 8:21
Linkage (cont.)
La 6:19; 10:38
lg 2:2; 4:9
ls 8:22; 8:37
lut 10:38
M\345 8:9
mc 1:5
3:21
md 9:21
10:10,11
Me 8:28
Mi 8:15
ms\3, ms\5,
ms\6, ms\7,
ms\8, ms\9, 8:25
ms\11, ms\12
ms\13, ms\15
ms\10 2:8; 3:8
10:33
ms\17 9:45
n 1:5
na 10:38
nc 1:5
nd 8:9; 9:19
10:11
neg 10:38
nv 9:28
Od (*)10:37
op 10:19
pe 2:2
pg 9:21
pr 4:9
pro 10:38
ps 3:8; 3:15
pt 9:21
ra 10:38
ro 4:09
rv(*) 3:23; 4:17
10:37
sd(*) 10:37
sf 8:33
sl\1 8:12
sub 10:38
suf 10:38
sy 9:21
tf 3:11; 3:23
4:17; 8:30
Tm\2 9:28
va^virg 10:38
Ve 9:44
vg(*) 10:37
vi 2:2
Wo^m 5:25
vt
wv 1:5; 10:32
y(*) 4:17
yg\2 9:19; 10:11
yg\3 9:21
Locule - see fruit
10:10,11
yg\4 8:9; 9:19
10:10
yo 10:10
yv 3:23; 4:17
L. cheesmanii,
cultural experience 8:20
description 6:23
L. chilense
compatibility with
L. peruvianum 3:14,21
self-incompatibility 10:24
source of new carotenoid
character 6:28
L. esculenlum var. minor
L. cheesmanii 6:23
L. glandulosum, sources of
high Beta-carotene 6:29
L. hirsutum
chromosome structure 5:15
disease resistance 3:25
fertility relations 1:3
hybrids between varieties 6:28
hybrids with L.
esculentum 1:3; 2:13; 3:17
4:18; 5:27
(*) trisomic test
L. peruvianum
chromosome structure 5:15
compatibility between
varieties 3:21
hybrids with L.
esculentum 3:10,16; 4:18; 5:29
intervarietal compatibility 3:14
self-incompatibility 1:10; 3:14
sterile mutant 4:15
L. peruvianum v. dentatum
hybrids with L. esculentum 2:11
L. pimpinellifolium
accession from Galapagos 4:16
acid content 10:24
chromosome structure 5:15
sugar or content 3:6
Male-sterile mutant sl 3:6
Male sterility
attempts to induce by
chemical treatment 5:16
seed production isolation 9:45
see mutants - ms series
Meetings
Ithaca 1952 3:3
Gainesville 1954 5:3
Stanford 1957 8:3
Montreal 1958 9:3
Bloomington 1958 9:4
Penn State 1959 10:3
Meloidogyne incognita 5:15
see nematodes
Matagensis, chemical 1:16; 5:16
Mutagens
see radiation chemicals
Mutant, irregular segregation 7:5,6
Mutant, description
a\342 9:21
ae 9:21
af 8:9
ag 4:9
ah 8:33
ao 9:21
ap 1:15
as\6 8:14
at 2:7
bg 8:38
bi inter-
actions
with f
and j\1 5:21
bl 6:22
blue-green
8:24
bn 8:20
Bt 8:38
btl 5:5; 9:48
cb 1:10
ch 10:31
Cl\1 1:15
cl\2 1:15
cm, in tropical
tomatoes 8:27
cr 8:38
cs 5:17
Cu 5:32
curly-leaf 1:16
dark-green 1:16
d^x 4:16
d^x root
culture 8:23
d2 9:21
ds 8:28
dv 3:23
ex 1:15
fl 2:13
Fw 5:22
gf 6:16; 8:22
gh (ab) 6:5
6:31
gp\1, gp\2 10:28
gq 6:22
gr 8:22
gs 1:9
hl 2:2
hp (bs,dr)
5:20; 7:8
10:18; 10:28
ht 9:42
j 5:26
j-lf 2:10
relations
j\1 1:13; 8:36
j\1 (lf) 2:3
j\2 6:23
l\1 7:8
l\2 6:17
La 6:19
La effect of
growth sub-
stances 8:24
La homozy-
gous 8:24
lethal
albino 4:19
lg 4:9
Lo 8:38
ls 5:6; 8:18
8:36
M\345 8:9
mc 2:5; 8:36
mc, relation
of pollen
and ovule
sterility
5:17
Me 5:18
Mi 5:15
mo 8:9;10:12
ms\15 3:20
ms\16 3:20
ms\17 3:20
ms\18 3:20
ms\19 5:17
ms\20 5:17
ms\21 5:17
ms\22 5:17
ms\23 6:26
ms\24 6:26
ms\25-32 10:35
nc 1:5
nd 8:9; 10:12
new green
fleshed
trait 7:15
Nr 6:22; 8:22
nv 7:13; 8:35
Od 10:37
partial chloro-
phyll defi-
ciency 7:13
8:36
pa 10:12
pe 2:2
pg 9:21
pi 1:15
pr 4:9
ps, environ-
mental
effect 3:14
pt 9:21
ra 8:38
ri 7:13; 8:35
ro 4:9
rv 3:23
ry 7:14
sd 6:22
sf 8:33
sl 3:6
sl series 5:17
sp-reversion
to + 10:18
stamenless
series 8:17
sulf 8:19
sy 9:21
t pigment
effects 3:16
flower
color 2:12
t^v 6:17; 10:22
tf 3:10; 3:23
u 2:7
ug 2:7
un-named 1:16
variegated 7:10
vg 1:15
virescent 6:28
w\2 4:14; 5:20
wd 2:8
wd root
culture 8:23
Wo dosage
effects in
poly- 2:11
ploids 3:25
Wo^m 5:25
Wo^v 7:13
WoWo
survival 5:28
wv 10:32
Xa-Like
gene 10:27
yg\2 8:9
10:12
yg\3 9:21
10:12
yg\4 8:9
10:12
yv 3:23
Mutants
importance of genetic
background 6:11
L. peruvianum 3:14
phenotypic similarities
radiation-induced 6:29
phenotypic stability of
heterozygotes 6:20
Mutation rate 3:7
Mutants, repeated
ah, ps, r 8:31
e 9:51
r, wf, y 10:22
Nematodes
control of secondary
organisms 1:6
resistance 5:15; 6:5; 8:15
Nutrition
interaction with heterosis 2:4
Nomenclature
committee report 4:2; 9:6
coordination of
chromosome numbering 6:15
Pectin content
assay method 2:5
estimation by consistency
test 4:10
Pedigree of commercial
varieties 9:37
Periclinal chimera
triple (n-2n-4n) 5:7
Pleiotropy 8:36
Pollen
collector improved 10:23
effect of temperature on
behavior 6:16
freeze-drying of 10:15
genetic differences in
temperature response 6:16
storage life 10:15
Pollen germination
effect of radiation 8:13
medium 8:13
Pollen tube growth
genetic differences 5:6
measure of pollen viability
10:14
Pollen tubes
observation of growth in
styles 9:38; 10:14
staining 9:38
Pollen viability 1:11; 10:14
Polycotyledony
inheritance 2:7; 10:18
Polyploidy
dosage effects of Wo 3:25
effect on sugar content 3:6
expression of Wo 2:11
Polyploids
induction in PMC 6:14
L. peruvianum hybrids 3:16
method of treating
seedlings 6:14
periclinal chimera 5:7
Powdery mildew
tests for resistance 5:14
Primitive accession from
Galapagos 7:12
Provitamin A see carotenoids
Quantitative inheritance
effect of genotype and
environment 4:11
fruit characters 1:7,8;4:10,11
7:4; 7:11; 9:40; 10:6
general 9:49
Radiation
delayed appearance of w\2 5:20
effect on pollen
germination 8:13
effects on seed germination
of thermal neutrons and
X-rays 3:6; 5:21
effect on variability
and selection 9:33
effects gamma rays
thermal neutrons 8:39
induced beneficial
mutations 7:11
induced chromosome changes 1:3
10:12
induced genetic
instabilities 6:8
induced mutants 4:9,14; 6:17,19
6:29; 7:5,6; 8:19,24
9:29,37,51; 10:22,40
induced ring of 4
chromosomes 6:18
induced trisomics 7:6
induced variegation 7:10
intrasomatic selection 9:20
mutagenic effect of
thermal neutrons 6:9
Radiation (cont.)
radioactive isotopes 6:18; 10:22
use in breeding 6:10
Root culture
wd, d^x and normal alleles 8:23
Root knot - see Nematodes
Sckerotium rolfsii
resistance 8:39
Seed germination
effects of radiation 3:6; 5:21
Seed weight inheritance 5:28
Seedlings
twin 9:31
Segregation
abnormal in gil 9:37
importance of genetic
background 6:11
Selection, intrasomatic. 9:20
Selection efficiency
genotype-environmental
interaction 9:40
Self incompatobility
in L. chilense and hybrids 10:24
with L. escelentum 1:10
in L. peruvianum vars 3:14
Sesquidiploid hybrids
L.esculentum x L.
peruvianum
Southern blight resistance
Southern tomato exchange
program 8:5
Species hybrids
see respective species
Sterility
due to loss of nuclear wall 4:15
Sugar content inheritance
Tobacco mosaic resistance 7:8
8:35; 9:46; 10:13
Tomato breeders group 8:4
Trisomies induced by
radiation 7:6
Translocations 1:3; 6:18; 10:12
Trisomics,
linkage group 1:14; 3:21
identification 4:17; 8:32
9:41; 10:37
methods 5:24
seedling identification 5:24
Twin seedlings 9:31
Solanum pennellii hybrids 10:31
Varieties
miniature 2:5
Varieties (cont.)
monogenic characters in 9:37
pedigrees 9:37
Webb Special - source 6:22
Webb Special - source 6:22
Verticillum resistance 9:44
Virus, resistance in
L. hirsutum 3:25
Viscosity method for
pectin content 2:5
Vitamin C - see ascorbic acid
Yield
genotypic-environmental
influence 9:40