Current Genetics 1987: Vol 12 Index

Subject Index

A

Absiclia glauca 4238, 599, 625
Acetamidase 21

Acriflavin 41
Actin promoter 625

adel gene 1

Adenylate kinase 405
ADR1 399

Momyces 449

ARS 99, 377

ARS1 15

ARS element 599
ARS-like activity 583

Aspergillus 135

Aspergillus nidulans 21, 141, 443, 471

A‘Trich 617

ATP synthase 8 81
ATPase 105

Beglucosidase 175

Basidiomycetes 547
Beta-lactam antibiotics 337

Bkm 16)
Bleomycin 443

c

CAMP 127

Candida shehatae 199
Candida utilis 193

cDNA expression \ibrary 644

Cell cycle 577

Cephalosporium acremonium 209,
337

cGMP 127

Chlamydomonas 4\

Chlamydomonas reinhardtii 251, 349,

483, 489
Chloroplast 263, 377
Chloroplast DNA 247

Chloroplast genes 157
Chloroplast heredity 251
Chioroplast insert © 457

Chloroplast recombination 483
Chloroplast transcription com-

plexes 19/7

Chromopliast 219
Chromosomal integration 413
Circadian rhythm 197
Cladosporium fulvum 231

Class llintron 69
Cloning 527, 591
Codon usage 323

CO) 357

Complex Ill alteration 111
Complex transcription unit 69
Coprinus 33

Core protein! 111

CPi apoproteins 489

Curing 37

Cyclic AMP 577

Cytochrome b 111

Cytochrome c oxidase 9311

Oytoduciion Sit
Q

Oelta 323

Deuteramyceta 231
Disomy 569

Distribution 617

DNA 205

DNA-DNA hybridization 225

DNA double-strand cut 429

DNA-protein interactions 157
ONA rearrangement 429

DNAsequence 175
DNA sequencing 55
Duplication 1

&

Electron microscopy 49
Endo-f-1,4-glucanase 413

Enzyme overproduction 519
Ethanol 9
Ethanol-sensitive genes 421

Ethanol-tolerant genes 424
Ethidium bromide 41

Euglena 465, 611

Evolution 81
Evolution of introns 329

F

Filamentous fungus 337
Fission yeast 527

5-fluoroorotic acid resistance 277
Frameshift-suppression 387
frqmutants 127

Fungal genetics 555
Fungi 297

G

GO protein 577

Galactose promoter 105
Gene conversion 1

Gene expression 527
Gene isolation 547

Gene localization 149,215

Gene regulation 21
Gene structure 193

Genetic mapping strategies 555
Genome size 257

Genomic variability 369

Glucanolytic brewer’s yeast 413

Glycosylation 561

Group lintrons 329
Group Il intron 291, 329, 497

H

h mutations 535

Heat shock 443
Herbicide 465

Homoeologous chromosomes’ 167

Homothaliic/heterothallic strains 421
Homotnallic sivains ‘Gi

Homothallism 429

BY QOMNGiN B Qhasdhatranster-
ase 337

\

in vitro and in vivo DNA synthesis 283
\ndusirial yeast 4167

informational suppression 305
Informational suppressors 141

Interaction 387
Interferon alpha-factor 561

\nergenic conversion 119

Intrachromosomal recombination 399

Inverted repeat 205

Isogenic 9
lsoleucine-valine biosynthesis 167

\terated sequences 399
K

Kluyveromyces fragilis 175

L

Lariat RNA 291

LCP Git

Linear DNA 297

Linear DNA killer plasmid 99

Maize 91

Maize chloroplasts 241
Male-sterile cytoplasms 457
Mating pheromones 543
Mating type 161, 435, 535
Mating-type locus 251
Mating-type switching 511
Meiotic and mitotic stability 399
Meiotic dyads 569

Meiotic nondisjunction 555
Dum miniplasmids 45

Minor tRNAs 323
Mitochondria 209, 305, 329, 357
Mitochondrial DNA 41, 55, 215, 369
Mitochondrial gene expression 311
Mitochondrial gene fusions 391
Mitochondrial genes 475
Mitochondrial mutants 111
Mitochondrial/Nuclear 387
Molybdenum cofactor 349
MONA 81, 235, 599

mtDNA diversity 149

Multiple integration 519

Mutagen dose 471
Mutation induction 471

Mutant yield 471
N

Neomycin resistance 625

Neusrospora crassa slime mutant 283
Nitrate reductase 349

vill

Non-essential DNA 257
Non-inducible mutants 135
Nuclear homology 617

Nuclear-mitochondrial interac-
tions 311

Nucleotide sequence 406, 457

Nucleotide sequence analogs 225

Oo

OMP-decarboxylase 277
OMPdecase 527
Qomycetes 205
Organellar genomes 91
Organelle biogenesis 391

P

Pathogenicity 555

Penicillin 449

Penicillium chrysogenum 277, 449
Pepper 219

Permease 135

Petite genome replication 583
Petunia 235

Petunia hybrida 377

pH sensitivity 135

Phase shift 127

Pheromone 271
Photosystem gene 247
Photosystem | mutants 483, 489
Phytophthora 215

Pichia stipitis 199, 605

pKD1 185

Plant mtDNA 475

Plasma membrane 105
Plasmid 297

Plastid gene expression 69
Ploidy 9

Podospora anserina 291
Point mutations 443
Presumptive polyploids D-xylose fer-
mentation 605
Processing genes 225
Protein blotting 157

Protein synthesis 443
Protoplast fusion 199, 435
psaA2 gene 489

psa 247

psbA 465
Purine rich small RNA molecules 283
pyrG 277

Q

Qg polypeptide 465
Quinic acid utilization 136

R

Recombinant DNA 547

Recombination 1, 119, 235
Repeated sequences 55
Replication 99, 377

Replicative intermediates 49
Restriction endonucleases 225
Restriction mapping 149
Ribosomal DNA 435
Ribosomal protein L25 193
Ribosomal RNA genes 33, 209
Ribosome-binding site 475
RNA primer 283

RNA processing 391

RNA splicing 497, 503

RNA transcripts 219

rRNA promoters 241

s

Saccharomyces cerevisiae 99, 175,
271, 323, 405, 413, 511, 561, 577
Saccharomycopsis crataegensis 297

Schizophyllum commune 547
Schizosaccharomyces pombe 119,

329, 535, 543, 591
Secretion 271, 561
Selective constraint 81
Senescence 291
Sequence 357

Sequence analysis 611

Sexual agglutination 271
Somatic hybrid 235
Southern blotting 225
Spacer DNA inversions 33
Spinach 263
Sporulation 429

5SrRNA sequence 263
Stability 15

Supercoiled ONA 257

Suppression by gene amplifi-
cation 497

Suppression by high copy num-
r 503

bei
Survival rate 443
T
Tau 323

Tetrahymena 357

Tissue culture 369
Tobacco 247

Tomato leaf mould 231

Transcription 247, 263, 617
Transcripts 611

Transformation 21, 185, 337, 413, 449,
547, 625
Translation 305

Transposable elements 323
Triticum aestivum 369

tRNA genes 91

trp 449

U

Unequal crossing-over 1

Upstream homology 475
UV light 37

Vv

Vicinal diketone off-flavours 167

Viruslike particles 37

Ww

Wheat 91
Wine yeasts 421

Y

Yarrowia lipolytica 37
Yeast 9, 105, 297, 305, 387, 569, 583

Yeast genome 161

Yeast mitochondria 391, 497, 503
Yeast plasmid 185

Yeast transformation 519

z

Zygomycetes 599