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| [Gene symbols and chromosome numbering systems]
List of gene symbols recommended (phenotypically classified) ................................. RGN6:12-29 1989 List of gene symbols recommended supplement ....………………………………………..7:19-21 ‘90 List of gene symbols, alphabetically arranged ...................................................... …………8:4-25 ’91 List of new gene symbols registered .................................................................. …………..11:12-24 ‘94 Linkage maps and list of marker genes ............................................................... …………..7:22-35 ‘90 10:18-32 ‘93
Comparison of chromosome numbering systems ................................................... ………….7:13 ‘90 Author index (with main subjects) ... , ..............................................……………………….10:141-171 ‘93
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(A)
acrotrisomics RGN 9: 42-45 & 45-47 '92
alien addition lines, disease resistant 3: 89 '86
'' .monosoomic, Mdh-3 & Pgd-2
8:106-109 '91
'' , officinalis, tungro resist.
alien pollen primacy 6: 117-119'899:37-38 '92 5:86-81 '88
aluminum tolerance 10: 105-106 '93
11: 104-106 '94
Aman, Japonica, origin 8:81-83 '91
American long-grain 10: 72-73 '93
amylose content 2: 65-66 & 67-68 '85
'' , glutinous, crosses 2: 67-68 '85
" 3: 46-48 & 48-49 '86 .
" high 3:103-105 '86
" , low 4: 83-85 '87 amylose content 6: 95-96 '89
aneuploid 9:33-35 '92
anther culture, callus 3: 105-107 '86
" .wild rice 4: 114 '87
'" , autotetraploid 5: 126-127 '88
" ,mutagenesis 6: 139-141 '89
'" , regeneration 8: 154-155 '91
" , genetic analysis 1: 137-138 '84
anther indehiscence 8: 1 10-1 12'91
anthocyanin coloration 3: 12-14 '86
antimitotics6:141-142 '89
apiculus hair length, variation 2: 72-74 '85
. gene, Aph 4: 74-75 '87 apomictic plants 9: 77-80 '92
aroma, leaf 4: 92-93 '87
(B)
Bacillus thuringiencis 6: 159-161 '89
" 7:147-150 '90
bacterial blight resistance,
Xa-1multiple alleles 1: 97-98 '84
Xa-4 location (chr.7) 1:98-99 '84
Xa-3 & Xa-6, allelic 3: 77-78 &79-80 '86
Xa-3, Xa-4 & Xa-4^b 3: 83-84 '86
xa-9 expression 3: 80-82 '86
varietal grouping 3: 84-86 '86
genes in China 3: 86-87 '86
gene symbols 4: 41-43 '87
new recessive gene Xa-13 4: 98-100 '87
newly induced gene 5: 101-103 '88
Xa-4^b 5:104-106 '88
differential lines 5:106-107 '88
distribution 7:127-128
Yunnan varieties 6: 124-125 '89
" 8:124 '91
antitoxin 7:151-154 '90
gene from longistaminata 7: 121-122 '90
spontaneous mutant 7:123-124
xa-5 8: 143-145 '91
Xa-14 4:101-102 '87
Xa-21 8: 102-103 & 142-143 '91
RFLP, Xa-3 & Xa-4 9: 136-138 '92
variation within populations 9: 88-90 '92
" (perennial: annual) 10: 70-72 '93
marker-aided selection 10: 120-123 '93
molecular mapping, chr. 8 1 1: 142-144 '94
black-hull genes 1: 104-106 '84
blast resistance, differential varieties 1:95-97 '84
Philippine races 2: 80-81 '85
Chinese races 4: 102-104 '87
isogenic lines 5: 98-101 '88
protein analysis 5: 121-122 '88
genic analysis 7: 124-126 '90
Pi-2(t) & Pi-z 9: 90-92 '92
Pi-3(t) 9:94-95 '92 Pi-2(t) 11:144-146 '94 new gene symbols 11: 16-18 '94
gene mapping 11: 126-128 '94
brittle culm, location 1: 124 '84
brittle node 10: 75-76 '93
brown planthopper resist. 1: 99-100 '84
" 3:87-88 '86
" 8:125-128 '91 Brown sheath rot resist. 11: 102-103 '94
(C)
callus induction 1: 139-140 '84
'' 3:107-108 '86
'' karyotype3:110'86
"growth 3: 111-112 '86calmodulin genes (Ca-binding protein) 8: 149-152 '91"tissue culture 3: 1 12-1 13 '86
" proteins 3: 116-117 '86
'' regeneration 2: 91-92 '85
cell culture 5: 123-124 & 127-128 '88
chalkiness5:111-113 '88
chiasma frequency 1: 121-122 '84
chlorophyll content 2: 82-84 '85
chlorophyll deficiency 3: 6-8 '86
chloroplast DNA 6: 144-146 & 150-153 '89
chloroplast DNA 9: 142-144 '92
chloroplast genes 6: 147-149 '89 7:140-142 '90
chromosome, lengh, 2nd: 3rd 6: 56-58 '89 " identification 5: 31-34
'88 "
data review 5: 34-41 '88 "
deficiencies 5: 64-65 '88 " interchange 5: 61 & 62-64 '88
'' pairing in haploid 1: 121 '84 " preparation 6: 176-177 '89
"
1, sd-l linkage 9: 50-52 '92 "
1. shr-1 linkage 3: 60-61 '86
" 1. RFLP integration 9: 128-129 '92
" 2. RFLP integration 9: 128-129 '92
" 2, brittle node 10: 75-76 '93
" 2. Rf-2 location 11: 93-95 '94
chromosome, 3. RFLP integration 9: 128-129 '92 (conti.)
" 3, Pgi-I linkage 10: 86-87 '93
" 4, RFLP integration 9: 128-129 '92
" 4, deficiency 11: 98-100 '94
" 4, RFLP 11: 114-1 16 '94
" 4, DNA library 11:180-182 '94
" 6,Ldh linkage 11: 109-111 '94
" 7, acrotrisomics 9: 45-47 '92
'' 7, desynapsis gene 10: 80-83 '93
" 8, shr-2 linkage 3:61-62 '86
" 9, glutelin genes 1 1:158-161 '94
'' , genome size 8: 152-154 '91
common wild rice, China 9: 36-37 '92
" West India 5: 67-70 '88
cold-induced polypeptides 5: 148 '88
cold tolerance 6: 122-123 '89
crossability, species 6: 58-60 '89
" .low 8: 115-1 16 '91
cryo-preservation 11: 184-186 '94
culm traits, review 5: 16-19' 88
culture, youg panicle 2: 92-93 '85
" .shoot apex 4: 110-112 '87
cytoplasmic male sterility (CMS), review 5: 9-15 '88
CMS, source 6: 125-127 '89
" .diversity 6: 127-129 '89
'' , fertility restorer 8: 113-115 '91
'' .induction 2: 85-87 '85
'' , mitochondria DNA 2: 97-98 & 98-99 '85
" , isogenic restorers 3: 90-91 '86
" .Japonica 3: 92-93 '86
" , new sources 9: 62-66 '92
" .wild rice 9: 108-110 '92
'' , restoring mutants 10: 90-92 '93 cybrid 9:66-68 '92
cybrid 10:99-102 '93
cytological map 1: 123-124 '84
cytosterile lines 3: 91-92 '86
(D)
deepwater rice 7:91-93 '90
deepwater tolerance, gene 8: 116-117'91
dense panicle 5: 113-115 '88
desynaptic mutant 6: 50-51 '89
" 10:80-83 '93
diploidization 5: 115-116 '88
distorted ratio, Acp-l 11: 106-108 '94
diversity, in isozymes 9: 103-106 '92
Yunnan 11: 65-67 '94268 Rice Genetics Newsletter Vol. 12
diversity in China 11: 111-114 '94
dormancy, hull-imposed 10: 108-109 '93
DNA, separation 4: 116-117' 87
" .preparation 5: 149-151 '88
" , isolation 6: 163-168 '89
" .content 10: 116-120 '93
'' , hybridization 7: 159-161 '90
", polymorphism 8: 134-136 & 139-141 '91
" " , 10:129-132 '93
", sequence 5:136-137 '88
" " ,7: 138-140 '90
" " 8:158-160 '91
" " 10: 123-125 & 125-129 '93
" " BBgenome 11: 161-164 '94
" ", CCDD genome 11:164-167 '94
'' '' mutator 11: 155-156 '94
".chloroplast 5: 137-138 '88
" "6:76-80 '89
" " 7:140-142 '90
" mitochondria 4:117-118 '87
" ",CMS 4:118-120 '87
" " 5:151-154 '88
" " 8:165-166 '91
" markers 11: 108-109 '94
" library 11:180-182 '94 rDNA, location 8: 136-139 '91
doubled haploid, list 11: 53-55 '94
" .male sterile 3:109 '86
" , gene mapping 10: 102-105 '93
", RFLPmap 10: 132-135 '93
" ,11:134-137 '94
drought stress 6: 112-115 '89
dull endosperm 2: 65-66 '85
" ,low amylose l:112-113'84
dwarfing gene, review 3: 8-10' 86
" , newly induced 4: 72-74 '87
" , cell number & length 3: 70-71 '86
" , grain protein 6: 134-135 '89
" , coleoptile-mesocotyl 6: 135-137 '89
" . sources, China 4: 71-72 '87
" , identification with GA 1: 134-135 '84
" , dwarf-haploids 2: 68-70 '85
" , dwarf, haploid-like 3: 99-100 ' 86
" .effects 11:100-102 '94
" , semidwarf mutants 1: 92 '84
" ,IRRI 1:94-95 '84
" , semidwarfing, Japan 1: 93-94 '84
" , germplasm 1: 94-95 '84
" , semidwarfing, genie analysis
'' , sd-I, shattering linked 6: 132-134 '893:65-67 '86
'' , sd-I, multiple alleles 8: 112-113 '91
" , sd-I, linkage 9: 50-52 '92
" ,sd-7(t), linked with d-l 8: 104 '91
" , sd-7(t), induced 6:99-101 '8
" , sd-8(t), detected 11: 80-83 '94 " , dominant 10: 77-79 '93
" .dominant 11: 92-93 '94
(E)
early-maturing mutant 8: 122-123 '91
" " 9:54-56 '92
Ef-I, location (chr. 10) 2: 59-60 '85
'' , identification 3: 73-74 '86
'' , distribution 2: 77-78 '85
'' , distribution 9: 82-85 '92
'' , effects, culm length 3: 76-77 '86
ef-I, newly detected 9: 71-73 '92
'' . heading-accelerator 10: 83-85 '93
electroporation5: 138-139 & 139-141 '88
elongated internode, gene 6: 101-103 '89
" 9:102-103 '92
embyro rescue technique 1: 133-134 '84
EMS mutants 9: 100-102 '92
endosperm traits, genes 4: 38-41 '87
Enp-l, new allele 10: 85-86 '93
esterase loci, linkage & distribution 1: 118-119' 84 " 11: 67-69 & 83-85 '94
(F)
F2 chlorosis 3: 45-46 '86
female sterility 3: 51-53 '86 '' mutants 6: 143-144 '89
fertility restoring genes 1: 102-103 & 103-104 '84
" 5:9-15 '88 " restorer for MS 3: 50-51 '86
" for WA sterility 4: 104-107 '87 fish-hook mutant 1: 108 '84
flavonoids 1:138-139 '84
floury endosperm, genes 2: 57-58 '85
Fusayoshi long-grain gene
" (Lk-f) 1: 108-109 '84
" (Lk-f) 7: 109-110 '90
fuscoild cell 1:108 '84
(G)
gallmidge resistance 2: 82 '85
" 7:118-121 '90" 10:79-80 '93
" 11: 128-131 '94
gametic effect, gene symbols 4: 46-51 '87
gametic eliminator 6: 93-94 '89
10:76-77 '93
gametic selection, sexual vs. anther culture
6:91-93 '89
" , sexual vs. anther culture
7:95-97 '90
'' , by ozone 7: 98-99 '90
gene frequency, changes 7: 94-95 '90
genetic diversity, within population 8: 79-81 '91
" . Northeast India 6: 63-65 '89
'' , wild: Indica: Japonica 6: 70-71 '89
", bacterial blight resist. 10: 70-72 '93
'' erosion 9: 73-75 '92
genic difference, T-65 3: 75-76 '86
glabrous kernel gene, gl-I, effects 2: 74-75 '85
" 7:97-98 '90 glume characters 9: 85-88 '92
glucomannan 10:107-108 '93
grain size & shape 3: 14-15' 86
", large size 3: 67-68 '86
" .large size 5: 109-111 '88
'' , protein 9: 40-42 '92
green leafhopper resist. 7: 117-118 '90
(H)
hairy glume genes, Hg: Lh,allelic 1: 110-111 '84
haploid, chromosome pairing 1: 121 '84
heading behavior 3: 10-12' 86 heading, late & Ef-I 4: 85-86 '87
heading-time genes 1: 100-101 '84
" 8:129-131 '91
heading accelerator 10: 83-85 '93
heading-time variation in Thai 3: 49-50 '86
Hemudu wild rice seeds 8: 76-78 '91
herbicide tolerance 2: 78-80 '85
heterosis 3:94-96 '86
Hsien:Keng differentiation in China 10: 68-70 '93
hybrid breakdown 2: 52-54 '85
" 3:44-45 '86
hybrid chlorosis 1:106-107 '84
hydroxy-L-proline resistance 2: 88-89 & 89-91 '85
(I
Indica-Japonica classification 2: 46-48 '85 .
" SDS-PAGE 6:65-67 '89 " .plant opal 6: 67-69 '89
in situ conservation 7: 90-91 '90
in situ hybridization (DNA) 3: 117-119 '86 " 4:114-116 '87
in situ hybridization (DNA) 7: 143-144 '90
" 8:158-160 '91
insect resistance, genes 4: 44-46 '87
internode elongation 6: 101-103 '89
iron deficiency 6: 1 15-1 16' 89
isozymes, genetic analysis, review 1: 117-118' 84
'' .classification 2: 48-51 '85
" , gene symbols 3: 15-17 '86
" "7:50-57 '90
" .diversity 7: 91-93 '90 ,
" " 8:83-84 '91
" , altitude, Nepal 2: 51-52 '85
" ,Amp-2,silentallele8:107-108 '91
" , plant height & fertility markers
" , 5:108-109 '88
" , glutamine-oxalo-acetic transaminase (GOT)
" ,2:45-46 '85
" , esterases, wild rice 3: 53 '86
" , amylase variation 3: 43-44 '86
" , association, QTLs 7: 128-130 '90
" , association, cold tolerance 7: 133-134 '90
" , photosensitivity, Pgi-2 linkage
" , 7: 130-132 '90
" ,4 new loci 6: 103-106 '89
" , cellwall peroxidase 5: 117-119 '88
'' , peroxidase patterns 5:119-121' 88
" , Pox-I modifiers 2: 63-64 '85
" , trisomic analysis 3: 53-55 & 56-58 '86
" ,Acp-1,chr.l26:109-112'89
" ,Amp-l, 2: 60-62 '85
" , Amp-3, Est-2 3: 55-56 '86
" ,Adh-l,chT.l 16: 109-1 12 '89
" , " chr.ll 7: 110-111 '90
" ,Gdh-I ,8: 97-98 '91
" , Mal-1, 7 : 100-103 '90
" , Pgd-1, chr. 11 8: 128-129 '91
" , Pgd-2, chr.66: 109-112 '89
" , Pgi-3, 7 : 100-103 '90
" , Pox-2, chr. 12 6 : 109-112 '89
(J)
Japonica: Javanica 3: 41-43 '86
Japonica-derived genes 7: 94-95 '90
(K)
karyotype 2: 54-57 & 102-103 '85
(L)
landrace, diversity 9: 103-106 '92
" , esterase variation 11:67-69 '94
landrace, new esterase loci 11: 83-85 '94
" , polymorphism, Africa 9: 75-77 '92 '
" " , Iran 10: 74-75 '93
", Myanmar 10: 73-74 '93
" , Yunnan, Est-2 & Cat-1 10: 65-66 '93
" , Yunnan, isozyme diversity 11: 65-67 '94
" , weedy rice 11: 72-73 '94
" , Mal loci, 1: chr. 1: 2: chr. 7 11: 86-88 '94
" ,Amp-4 11:88-89'94 Ldh genes 11: 109-111
'94 late heading, ef-2 3: 71-73 '86
lazy (la) mutants 1: 111 '84
leaf traits, review 5: 16-19 '88
leaf amino acid content 4: 96-98 '87
leaf rolling 6: 112-115 '89
leaf spots 3: 6-8 '86 leaf stripe, st-5 5: 85-87 '88
" , st-67: 108-109 '90
ligule, short, lg ^a 5: 87-89 '88
linkage, chromosomal identitication 1: 128-132 '84
linkage, intensity estimation 3: 58-60 '86
" , chr. sd-1 8: 109-110 '91
" . chr. 2, many markers 6: 106-108 '89
" .chr.3.st-6 7: 108-109 '90
" , chr.3, Pgi-I 10: 86-87 '93
" , chr.3, Pgi-I & Gdh-1 8: 97-98 '91
" ,chr.3,Lk-f 7: 109-1 10 '90
" , chr.5, sd-7(t) & d-l 8: 104 '91
" ,chr.6, linkage map 8: 98-100 '91
" , chr.6, Cat-1 4: 75-76 '87
" , chr.6, Se-I & Pgi-29: 47-50 '92
'' , chr.6, apiculus hair length, Est-2 & Pgi-24:74-75
'87
" , chr.6, chl-7 & Pgi-2 8: 104-105 '91
'' . chr.6, C& Est-2 1: 118-120 '84
'' . chr.8, chlorina markers 5: 83-84 '88
" ,chr.10, du-l & fgl5:84-85 '88
" ,chr.ll, Adh-1 7:110-lll'90
" ,chr.ll, Pgd-1& la 5:81-82'88
" .chr.ll,esp-36:108-109'89
" ,chr. 11,Xa-21 & d-27 8: 102-103 '91
" , chr. 12, Acp-l & Pox-2 4: 75-76 '87
'' , chr. 12, isozyme gene integration 8: 100-101
'91long empty glume, g 1: 111-112 '84
long grain, Lk-f6: 96-98 '89
long grain genes 9: 58-59 & 59-60 '92
long palea gene 1: 1 10 '84
low temperature tolerance 8: 117-119'91
Lu dao (weedy rice) 6: 54-55 '89
(M)
m-Ef, independence 1: 115-116 '84
male-sterile mutant, induced 2: 76-77 '85
'' , open hull 4: 78-79 '87
" , double haploid 3: 109 '86
marker stocks, Jodon's 2: 62-63 '85
" IRRI 4: 56-62 '87
" .list 10: 40-61 '93
" ," 11: 23-58 '94
MNU treatment of egg cells 1: 113-114'84
meiosis, duration of stages 4:67 '87
milling quality 10: 110-111 '93
mitochondria genes 3: 122-124 '86 " 6:1.57 '89
mitochondria DNA 2: 96-97, 97-98, 98-99 '85
'' 3:122-124 '86
" 6:153-155,155-157 '89
" CMS lines
3: 119-120, 120-121, 121-122 '86" 9: 92-93 & 138-142 '92 mutagenesis 6:139-141 '89" 6:161-163 '89 monosomics 5:64-65 '88
mutants, anther-culture induced 10: 111-113 '93
" ,brittle culm dominant 11: 91-92 '94
" , endosperm 4: 82-85
'' , internode growth 9: 61-62 '92
" , high lysine 9: 80-82 '92
" , long grain 9: 58-59 & 59-60 '92
'' ,Lk-f6:96-98 '89
'' , small grain, induced 11: 89-91 '94
" , aseful hybrid 1: 136-137 '84
(N)
naked grain 2: 71 & 71-72 '85
notched grain 3: 69-70 '86
(0)
opaque: floury endosperm 4: 81-82 '87
organelle genes 11: 18-22 '94
origin, rice cultivars 10: 66 '93
Oryzeae species 6: 76-80 '89
" . list 2: 26-28 '85
" , " 7: 64-66 '90
", ''- 8: 38-44 '91
Oryza, origin 2: 44 & 48-51 '85
" , glutelin, difference 5: 75-77 '88
271
ORYZA , species distribution 8: 73-75 '91 ,
" australiensis 8: 83-84 '91
" , P. coarctata 11: 78-79 '94
" , glaberrima, genes 5: 66-67 '88
" , glaberrima, trisomics 9: 33-35 & 35-36 '92 ,
" substitution 2: 54 '85 , glumuepatula 1 1: 74-76
'94
" granulata, endosperm 8: 95-97 '91
" , granulata x sativa cross 9: 39 '92
"
8:90-91 '91 , " grandiglumis 9: 3133 '92 ,
" indandumanica 7: 88-89 '90 ,
" latifolia 5: 74-75 '88 ,
"- 6:73-76 '89 ,
" longistaminata 7: 121-122 '90
" 9:28-31 '92
" , meyeriana 9: 31-33 '92
" cryo-preserved 11:184-186 '94
" ,minuta 9:31-33 '92
" , satira x officinalis 6: 60-61 '89
" , officinalis genome 2: 44-45 '85 " 8:90-91 '91
" 9:37-38 '92
'' endosperm 8: 95-97 '91
" ,punctata, endosperm 8: 95-97 '91
" 9: 26-28 & 138-142 '92
" 10:65 '93
" 11: 76-77 '94 , ridleyi 8: 93-94 '91 ,
'' 9: 31-33 '92 , schlechteri 8: 75-76 '91
photoperiod sensitivity, complementary genes
photoperiod-sensitive male-sterility 5: 89-90 '888:119-120 '91
" 9:52-54 ‘92
" 10:94-97 ‘93
9:52-54 '92 " 10:94
phytochrome gene 5: 132-133 '88
plant height parameters 4: 107-109 '87
plant opal, lndica:Japonica 6: 67-69 '89
phosphorylation 8:145-149 '91
pollen culture 4: 109-110' 87
protein kinase 6: 137-139 '89
protoplast isolation 2: 93 '85
" 3:114 '86
" 5: 138-139, 141-142, 156-157 '88
" 6: 170-172. 173-175, 175-176 '89
" 7:136-138 '90
" 9:97-99,99-100 '92
" 10:113-116 '93
protoplast regeneration 2: 94-95 '85
" 3: 115-1 16 '86
" 10:113-116 '93
prolamin 4a gene 7: 154-159 '90
" .polymorphism 11:175-177 '94
transformation 5: 141-142 '88
(Q)
QTL, seedling vigor 11:124-126 '94
'' ,tentraits 10: 135-138 '93
(R)
recombinant inbred lines 3: 96-97 '86
recombination value, Pl-lg & C-wx 7: 111-113 '90
reduced culm number, rcn 1: 109-110 '84
regeneration, anther culture 8: 154-155 '91
'' , somatic embryos 11: 183-184 '94
" , young panicle culture 5: 124-125 '88
repetitive sequences 11: 167-171 '94
repeated chromosome segments 5: 59-60 '88
restorer genes, male-sterility 3: 93-94 '86 .
" male-sterility 9: 52-54 '92
" , location, Rf-2: chr.2 11: 93-95 '94
" , location, Rf-I: chr.l0 11:93-95 '94
" ,CMS 3:90-91 '86
" ,CMS 11:95-97'94
" , molecular analysis 11: 147-149 '94 reproductive barrier 9:28-31 '92
RFLP. alpha-amylasegene 11: 137-140'94 " analysis 6: 153-155 '89 '
'- chloroplast DNA 5: 77-80 '88
RFLP, alpha-cytoplasmic DNA 5:154-156 '88
" integration9:111-115,116-118.
124-128 & 128-129 '92
" linkage maps, chr. 6, 9, 10, 1 1 10: 87-89 '93 " " ,chr. 5, 7, 8, 12 11: 116-117 '94
" " 9:134-136 '92
" 9:118-124 '92
" 10:89-90 '93
" high density maps 9: 130-132 '92
" 11: 134-137 '94
'' mapping 5: 128-130 '88
" " ,MAPL 8: 155-158 '91
" " 9: 134-136 & 136-138 '92
" " markers 11: 114-116&131-134'94
" " , chr. 111: 120-124 '94
'' phylogenetic study 9: 132-134 '92
'' PCR-based 11:140-142 '94
'' probes, lndica:Japonica difference
" 11: 177-179 '94
'' probes, photosensitivity linkage
7:145-147 '90
" regenerated plants 5: 131-132 '88
'' use of trisomics for chromosomes
ribosomal DNA 7: 143-144 '9011: 149-155 '94
" 8:136-139 '91
ribosome-interacting proteins (RIP) 11: 171-174 '94
RNA isolation 6 163-168 '89
RNA genes 11: 157-158 '94
RNA, mitochondria isolation 5: 151-154 '88
root N2, fixation 11:131-134 '94
root inhibiting mutant 2: 70-71 '85
'' 3:97-99 '86
" 4:95 '87
(S)
salt tolerance 4: 112-113' 87
sclerenchymatousband 1:108 '84
SDS-PAGE (SDS: sodium dodecyl sulfate)
3:101-103 '86
SDS-PAGE (PAGE: polyacrylamid gel electrophoresis) 5:121-122 '88
SDS-PAGE 6:65-67, '89 seed shedding 6: 72-73 '89
seed shattering, relation to sd-I 3: 63-65 '86
" .gene 6: 132-134 '89 " 7: 105-107 '90
segregation distortion, sativa-glaberrima 6: 80-82 '89segregation distortion, recombination value
'' , wx & other genes 6: 83-85 '89
6:86-91 '89
sheathed panicle 3: 62-63 '86
sickle-shaped grain 4: 68-70 '87
" 6:61-63 '89
somaclone culture 5: 126 '88
" early-maturing 3: 108-109 '86
species hybrids 8: 91-93 '91
" esterase 9:106-107 '92
'' esterase 11: 67-69 '94
sporopollenin 5:95-98 '88
stain agents, esterase 9: 110-11 1 '92
staining, D-glucuronidase 6: 168-169 '89
stigma exsertion 2: 84-85 '85
" 4:76-78 '87
sterility, genes 4: 46-51 '87
stomata frequency 5: 93-95 '88
storage proteins 3: 100-101 '86
" 5:143-148 '88
" mutant 3: 101-103 '86
streptomycin resistance 5: 92-93 '88 1 cell lines 2: 87-88 '85
(T)
temperature-sensitive chlorophyll mutation 6:131-132 '89
" male-sterility 6: 1 16-1 17' 89
test-tube fertilization 2: 95-96 '85
thermosensitive genic male-sterility 9: 56-57 '92
" 10:92-94 '93 " , radiation-induced
10:97-98 '93
transcription activity 6: 119-122 '89
transformation 6:170 '89
transgenic plants 9: 95-97 '92
transgenic plant 6: 159-161 '89
" 7:147-150 '90
" maizeRIPs 11: 171-174 '94
" tissue 8:161-165 '91
translocation list 7: 60-64 '91
transposon, suggested 7: 114-116 '90
" 8:131-134 '91
transposon-like sequence 5: 133-135 '88
triplo-lines, extra-chromosomes 5: 41-46 & 47-54 '88
triplo-lines, trivalents 5: 54-59 '84
trisomic series 1:124-125 & 125-127 '84
" 6:50-51' 89 " list 7: 59-60 '90
trisomic anther culture 6: 52-53 '89
trisomic identitication 2: 100-102 '85
trisomic secondary 8: 87-89 '91
" tertiary 8: 85-87 '91
trisomics, glaberrima 9: 35-36 '92
tungro-virus 9:37-38 '92
twin seedlings 7: 134-135 '90
(U)
upland culture 7: 94-95 '90
(W)
water stress 5: 142-143 '88
weakness genes 4: 46-51 '87
weak plants 5: 90-92 '88
weedy rice 5: 70-72 '88
" 6:72-73 '89
" .classification 11: 72-73 '94
,Korean 5:72-74 '88 " ,Korean 11: 69-72 '94
"wide compatibility" 6: 129-131 '89
Wx alleles, protein 1: 115 '84
Wx, regulatory genes 2: 65 '85
wx alleles 6: 95-96 '89
" DNA structure 6: 157-159 '89
(X)
x + 1 plants (2n=25) 6: 52-53 '89
(Y)
Yunnan Yuan-Jiang wild rice 10: 65-66 '93
(Z)
zebra mutant (chr. 7) 4: 79-80 '87
zebra new genes 9: 68-71 '92
