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Principles of Plant Genetics and Breeding

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A-chromosomes, 229<br />

A-line, 344<br />

abiotic resistance, 385<br />

active collections, 99<br />

adaptation, 9, 427<br />

additive effect, 125<br />

additive gene action, 125<br />

additive variance, 127<br />

advanced backcross breeding, 96, 252<br />

advanced yield trial, 419<br />

adventitious shoot production, 183<br />

agamospermy, 64<br />

agriculture, 3, 6<br />

alien addition lines, 228<br />

alleles, 38, 40–43<br />

multiple, 40<br />

recessive, 40<br />

allogamous (cross-pollination), 56<br />

alloploidy (alloploid), 215, 221<br />

allozymes, 42, 248<br />

alternative hypothesis, 147<br />

alternative splicing, 51<br />

amphiploidy (amphiploid), 215<br />

amplified fragment length<br />

polymorphisms (AFLP), 249<br />

<strong>and</strong>roecium, 58<br />

<strong>and</strong>rogenesis, 64<br />

angiosperms, 76<br />

annuals, 57<br />

ANOVA (analysis <strong>of</strong> variance), 154<br />

Anther culture, 186<br />

antibiotic selection, 235<br />

antiparallel, 48<br />

anueploidy, 227<br />

apomictic cultivar, 283<br />

apomixis, 63–67, 196<br />

apospory, 64<br />

artificial hybridization, 165<br />

see also hybridization<br />

Association <strong>of</strong> Official Seed Analysis,<br />

445<br />

Association <strong>of</strong> Official Seed Certifying<br />

Agencies, 447<br />

autogamous (self-pollination), 56<br />

autoploidy (autoploids), 215, 220<br />

avirulent, 369<br />

avoidance, 369, 379<br />

axillary shoot production, 183<br />

Index<br />

B-chromosomes, 229<br />

B-line, 344<br />

backcross breeding, 303–308, 331<br />

backup collections, 99<br />

base collections, 99<br />

better-parent heterosis, 340<br />

biennials, 57<br />

binomial system <strong>of</strong> classification, 7,<br />

76<br />

biochemistry, 26<br />

bioinformatics, 26, 238, 240<br />

biological variation, 75<br />

biological yield, 353<br />

biomass, 353<br />

biopharming, 4<br />

biotechnology, 231–255<br />

cloning genes, 233<br />

definition, 231<br />

gene transfer, 234–237<br />

general steps in rDNA technology,<br />

231<br />

genomics, 237<br />

l<strong>and</strong>mark discoveries, 232<br />

legal risks <strong>of</strong> adoption <strong>of</strong> GM crops,<br />

278<br />

public perception <strong>and</strong> fears, 276<br />

regulation <strong>of</strong> the industry, 269<br />

biotechnology in developing countries,<br />

459<br />

biparental inheritance, 37<br />

blends (cultivar), 308<br />

boom <strong>and</strong> bust cycles, 375<br />

Borlaug, N., 10, 11–13<br />

botany, 25<br />

breeder seed, 436, 438<br />

breeders’ equation, 131<br />

breeder’s eye, 24<br />

breeders’ rights, 258<br />

breeders’ trials, 418<br />

breeding objectives, 495, 507, 517,<br />

527, 535, 544, 553<br />

breeding potato, 537–545<br />

breeding value, 126<br />

bridge crosses, 178<br />

broad sense heritability, 128<br />

bt resistance, 377<br />

bulbosum method, 187<br />

bulk population breeding, 294–297<br />

Calyx, 58<br />

Camerarius, R.J., 7<br />

canonical correlation, 161<br />

Cartagena Protocol on biosafety, 274<br />

cDNA library, 233<br />

cell, 35<br />

central dogma <strong>of</strong> molecular biology, 49<br />

centralized plant breeding, 462–468<br />

certified seed, 436, 441<br />

CGIAR centers, 453<br />

chemical mutagens, 203<br />

chiasma, 80<br />

chimera, 200, 206<br />

chimerism, 194<br />

chi-square test, 153<br />

chromosomal mutation, 202<br />

chromosome deletion, 228<br />

chromosome elimination, 187<br />

chromosome mapping, 46<br />

chromosome substitution, 229<br />

chromosomes, 37<br />

classification, 75–78<br />

operational system, 77<br />

rules, 76<br />

cleistogamy, 60<br />

clonal cultivar, 283<br />

clonal propagation, 61<br />

clonally propagated species breeding,<br />

193–196<br />

breeding apomictic cultivars, 196<br />

breeding approaches, 195<br />

genetic issues, 194<br />

clones, 194, 284<br />

cloning vectors, 233<br />

cluster analysis, 161<br />

coat protein mediated viral resistance,<br />

382<br />

codominance, 42<br />

codon, 50<br />

coefficient <strong>of</strong> inbreeding, 116<br />

coefficient <strong>of</strong> variation, 151<br />

cold stress breeding, 392<br />

combining ability, 139–141, 328<br />

comparative genomics, 237<br />

complementary DNA (cDNA), 49<br />

complete block designs, 430<br />

complete flower, 58<br />

complete linkage, 43

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