Maize:
Saved in:
| Format: | Book |
|---|---|
| Language: | English |
| Published: |
Berlin ; Heidelberg ; New York ; London ; Paris ; Tokyo ; Hong K
Springer
1994
|
| Series: | Biotechnology in agriculture and forestry
25 |
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| ISBN: | 354056392X 038756392X |
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MARC
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| 245 | 1 | 0 | |a Maize |c ed. by Y. P. S. Bajaj |
| 264 | 1 | |a Berlin ; Heidelberg ; New York ; London ; Paris ; Tokyo ; Hong K |b Springer |c 1994 | |
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 490 | 1 | |a Biotechnology in agriculture and forestry |v 25 | |
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| 650 | 0 | 7 | |a Genetische Ressourcen |0 (DE-588)4156623-3 |2 gnd |9 rswk-swf |
| 650 | 0 | 7 | |a In-vitro-Kultur |0 (DE-588)4332883-0 |2 gnd |9 rswk-swf |
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| 830 | 0 | |a Biotechnology in agriculture and forestry |v 25 |w (DE-604)BV035362096 |9 25 | |
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Record in the Search Index
| _version_ | 1805067024073752576 |
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| adam_text |
CONTENTS
SECTION
I
IN
VITRO
TECHNOLOGY,
ESTABLISHMENT
OF
CULTURES,
PLANT
REGENERATION
AND
MICROPROPAGATION,
AND
SOMATIC
EMBRYOGENESIS
1.1
BIOTECHNOLOGY
IN
MAIZE
IMPROVEMENT
Y.P.S.
B
AJAJ
1
INTRODUCTION
.
3
2
BIOTECHNOLOGICAL
APPROACHES
.
5
3
CONCLUSIONS
.
16
REFERENCES
.
17
1.2
ESTABLISHMENT
OF
CALLUS
CULTURES
AND
REGENERATION
OF
MAIZE
PLANTS
YU.
I.
D
OLGYKH
(WITH
5
FIGURES)
1
GENERAL
ACCOUNT
.
24
2
ESTABLISHMENT
OF
CULTURES
AND
PLANT
REGENERATION
.
25
3
CONCLUSION
.
34
4
PROTOCOL
.
34
REFERENCES
.
35
1.3
MAIZE
PROPAGATION
AND
BREEDING
THROUGH
THE
CULTURE
OF
REPRODUCTIVE
ORGANS
S.
H
ISAJIMA
(WITH
6
FIGURES)
1
INTRODUCTION
.
37
2
MICROPROPAGATION
OF
MAIZE
PLANTS
THROUGH
REPRODUCTIVE
ORGAN
CULTURE
IN
VITRO
.
38
3
EARS
FROM
MAIZE
SEED
CULTURE
AND
REGENERATION
OF
PLANTS
FROM
UNFERTILIZED
OVULES
OF
IN
VITRO-FORMED
EARS
.
43
4
GENERAL
CONSIDERATIONS
.
47
REFERENCES
.
48
1.4
ULTRASTRUCTURAL
STUDIES
ON
CALLUS
DEVELOPMENT
AND
SOMATI
EMBRYOGENESIS
IN
ZEA
MAYS
L.
P.F.
F
RANSZ
AND
J.H.N.
S
CHEL
(WITH
10
FIGURES)
1
INTRODUCTION
.
50
2
CALLUS
DEVELOPMENT
.
50
X
CONTENTS
3
SOMATIC
EMBRYO
DEVELOPMENT
.
57
4
NUTRIENT
TRANSPORT
.
61
5
CONCLUDING
REMARKS
.
63
REFERENCES
.
64
SECTION
II
WIDE
HYBRIDIZATION,
EMBRYO-,
OVULE-,
AND
TASSEL
CULTURE,
HETEROSIS,
AND
IN
VITRO
FERTILIZATION
II.
1
MAIZE
X
TRIPSACUM
HYBRIDIZATION
AND
THE
POTENTIAL
FOR
APOMIXIS
TRANSFER
FOR
MAIZE
IMPROVEMENT
Y.
S
AVIDAN
AND
J.
B
ERTHAUD
(WITH
3
FIGURES)
1
INTRODUCTION
.
69
2
PREVIOUS
INTROGRESSION
ATTEMPTS
.
70
3
CYTOGENETIC
RELATIONSHIP
BETWEEN
MAIZE
AND
TRIPSACUM
.
71
4
REASONS
FOR
A
NEW
ATTEMPT
.
73
5
MANIPULATION
OF
APOMIXIS
.
76
6
CONCLUSIONS
.
80
REFERENCES
.
81
II.2
MAIZE
X
TEOSINTE
HYBRIDIZATION
J.L.
M
AGOJA
AND
G.
P
ISCHEDDA
(WITH
3
FIGURES)
1
INTRODUCTION
.
84
2
PERENNIAL
TEOSINTE
AS
WILD
GENETIC RESOURCE
.
85
3
SELECTION
OF
WILD
GERMPLASM
DONORS
.
85
4
INTROGRESSION
METHOD
.
86
5
CHARACTERISTICS
OF
FIRST
AND
SECOND
BACKCROSS
PROGENIES
.
89
6
PERENNIAL
TEOSINTE
INTROGRESSED
POPULATION:
BEHAVIOR
OF
DERIVED
FAMILIES
.
91
7
POPULATION
IMPROVEMENT
.
97
8
PLANT
ARCHITECTURE
OF
INTROGRESSED
MAIZE
.
97
9
CONCLUSIONS
.
99
REFERENCES
.
100
II.
3
WHEAT
X
MAIZE
CROSSES
FOR
THE
PRODUCTION
OF
WHEAT
HAPLOIDS
D.A.
L
AURIE
AND
L.S.
O
'
D
ONOUGHUE
(WITH
5
FIGURES)
1
INTRODUCTION
.
102
2
FERTILIZATION
AND
EARLY
SEED
DEVELOPMENT
IN
HEXAPIOID
WHEAT
X
MAIZE
CROSSES
.
102
3
EFFECT
OF
THE
WHEAT
CROSSABILITY(KR)LOCI
ON
FERTILIZATION
FREQUENCIES
.
104
4
VARIABLES
IN
POLLINATION
TECHNIQUE
AFFECTING
FERTILIZATION
FREQUENCIES
.
105
5
CROSSES
WITH
COMMERCIAL
WHEAT
VARIETIES
.
106
6
THE
DEVELOPMENT
OF
EMBRYO
RESCUE
TECHNIQUES
.
107
7
THE
PERFORMANCE
OF
DOUBLED
HAPLOID
LINES
DERIVED
FROM
WHEAT
X
MAIZE
CROSSES
.
110
CONTENTS
XI
8
CROSSES
BETWEEN
OTHER
TRITICUM
AND
AEGILOPS
SPECIES
AND
MAIZE
.
ILL
9
APPLICATION
OF
WIDE
CROSSES
FOR
DOUBLED
HAPLOID
PRODUCTION
.
113
10
POTENTIAL
APPLICATIONS
OF
WHEAT
X
MAIZE
CROSSES
FOR
GENE
TRANSFER
.
114
11
CONCLUSION
.
115
12
PROTOCOL
FOR
DOUBLED
HAPLOID
PRODUCTION
USING
WHEAT
X
MAIZE
CROSSES
.
115
REFERENCES
.
116
II.4INTERACTION
OF
CALJUS
OF
PURE
LINES
AND
HYBRIDS
OF
MAIZE
IN
CO-CULTURE
A.I.
I
VANTSOV
,
R.R.
A
KHMETOV
,
V.A.
V
AKHITOV
,
AND
R.I.
I
BRAGIMOV
1
INTRODUCTION
.
119
2
MATERIAL
AND
METHODS
.
120
3
RESULTS
AND
DISCUSSION
.
120
4
SUMMARY
.
124
REFERENCES
.
124
II.
5
IN
VITRO
CULTURE
OF
MAIZE
INFLORESCENCES
R.I.G
REYSON
,
D.R.
P
AREDDY
,
P.L.
P
OLOWICK
,
AND
V.R.
B
OMMINENI
(WITH
11
FIGURES)
1
INTRODUCTION
.
125
2
EXPERIMENTAL
.
125
3
TASSEL
CULTURE
.
128
4
EAR
CULTURE
.
134
5
SUMMARY
.
138
REFERENCES
.
139
II.6
IN
VITRO
FERTILIZATION
IN
MAIZE
Y.P.S.
B
AJAJ
(WITH
2
FIGURES)
1
INTRODUCTION
.
141
2
METHODOLOGY
.
141
3
OBSERVATIONS
AND
DISCUSSION
.
143
4
SUMMARY
AND
CONCLUSIONS
.
145
REFERENCES
.
145
SECTION
III
PRODUCTION
OF
HAPLOIDS
AND
DOUBLED
HAPLOIDS;
ANTHER
AND
POLLEN
CULTURE
III.
1
ANTHER
CULTURE
AND
HAPLOID
BREEDING
OF
MAIZE
IN
CHINA
C.
KUO,
Z.C.
GUO,
Z.LI,
AND
Y.
GUI
1
INTRODUCTION
.
149
2
ANTHER
CULTURE
AND
THE
INDUCTION
OF
POLLEN
EMBRYOIDS
.
149
XII
CONTENTS
3
MODES
OF
DEVELOPMENT
OF
EMBRYOIDS
FROM
POLLEN
.
150
4
FACTORS
AFFECTING
ANDROGENESIS
.
151
5
CHARACTERS
OF
CORN
POLLEN
PLANT
PROGENIES,
AND
THEIR
APPLICATIONS
IN
BREEDING
.
157
6
CONCLUSION
.
160
REFERENCES
.
160
III.2
EMBRYOGENESIS
IN
HAPLOID
CELL
CULTURE
OF
MAIZE
Z.Y.
C
AO
(WITH
8
FIGURES)
1
GENERAL
ACCOUNT
.
162
2
METHODS
OF
SETTING
UP
POLLEN
EMBRYONIC
CELL
LINES
(PECC)
.
162
3
CHARACTERS
OF
EMBRYOGENESIS
IN
MAIZE
ANTHER
HAPLOID
CELLS
(HC)
.
163
4
CYTOLOGY
AND
MORPHOLOGY
OF
PECC
.
166
5
DIPLOIDIZATION
OF
HECC
.
172
6
MUTATION
OF
PECC
IN
MAIZE
.
174
7
ECC
OF
POLLEN
ALBINO
PLANTLETS
(PAP)
IN
MAIZE
.
177
8
CONSERVATION
OF
PECC
IN
MAIZE
.
179
9
REGENERATED
PLANTS
AND
THEIR
CHARACTERS
FROM
PECC
IN
MAIZE
.
.
180
10
SUMMARY
AND
CONCLUSION
.
182
REFERENCES
.
183
III.
3
ISOLATED
MICROSPORE
CULTURE
OF
MAIZE
S.M.
P
ESCITELLI
,
C.D.
J
OHNSON
,
AND
J.F.
P
ETOLINO
(WITH
6
FIGURES)
1
INTRODUCTION
.
186
2
IN
VIVO
MICROSPORE
DEVELOPMENT
.
186
3
IN VITRO
MICROSPORE
DEVELOPMENT
.
187
4
ANTHER
CULTURE
IN
LIQUID
MEDIA
.
191
5
MECHANICALLY
ISOLATED
CULTURES
.
193
6
GENOTYPE
AND
DONOR
PLANT
CONDITION
.
198
7
CONCLUSION
.
199
REFERENCES
.
199
III.4
ADVANTAGES
AND
DISADVANTAGES
OF
THE
USE
OF
IN
VITRO/
IN
SITU
PRODUCED
DH
MAIZE
PLANTS
M.
B
ECKERT
(WITH
8
FIGURES)
1
INTRODUCTION
.
201
2
ANDROGENESIS
IN
VITRO
.
202
3
COMPARISON
OF
THE
'
IN
SITU
'
AND
'
IN
VITRO
'
SYSTEMS
OF
HAPLOID
PRODUCTION
.
210
4
CONCLUSION
.
211
REFERENCES
.
212
CONTENTS
XIII
SECTION
IV
PROTOPLASTS
AND
GENETIC
TRANSFORMATION
IV.
1
TRANSFORMATION
OF
MAIZE
PROTOPLASTS
L.A.
L
YZNIK
AND
T.K.
H
ODGES
(WITH
11
FIGURES)
1
INTRODUCTION
.
217
2
PROTOPLAST
REGENERATION
.
218
3
PROTOPLAST
TRANSFORMATION
.
219
4
STABLE
TRANSFORMATION
.
224
5
DNA
INTEGRATION
AND
EXPRESSION
.
227
6
HOMOLOGOUS
RECOMBINATION
AND
GENE
TARGETING
.
232
7
SUMMARY
AND
CONCLUSIONS
.
234
REFERENCES
.
235
IV.2
TRANSFORMATION
OF
MAIZE
THROUGH
PARTICLE
BOMBARDMENT
T.M.
K
LEIN
(WITH
1
FIGURE)
1
INTRODUCTION
.
241
2
ACCELERATION
DEVICES
.
241
3
MODEL
SYSTEMS
.
242
4
GENE
TRANSFER
TO
REGENERABLE
CALLUS
AND
SUSPENSION
CULTURES
OF
MAIZE
.
247
5
CONCLUSION
.
249
REFERENCES
.
249
IV.3
TRANSFORMATION
IN
MAIZE
USING
LOW
VOLTAGE
ELECTRIC
CURRENT
L.E.
M
URRY
,
S.C.
P
LEU
,
P.S.
D
IETRICH
,
J.L.
L
AWRENCE
,
J.
J
OHNSON
,
AND
R.M.
S
INIBALDI
(WITH
5
FIGURES)
1
INTRODUCTION
.
252
2
DEFINITION
AND
DESCRIPTION
.
252
3
PLANT
MATERIAL
.
253
4
PROTOCOL
.
254
5
TRANSIENT
EXPRESSION
OF
FOREIGN
DNA
.
254
6
DELIVERY
OF
DNA
INTO
CELLS
OF
THE
EMBRYO
USING
ET
.
256
7
STABLE
TRANSFORMATION
USING
ET
.
257
8
SUMMARY,
PROSPECTS,
AND
CONCLUSIONS
.
259
REFERENCES
.
260
SECTION
V
SOMACLONAL
VARIATION
AND
MUTATIONS
FOR
SOMACLONAL
VARIANTS
FOR
AMINO
ACIDS/NUTRITIONAL
IMPROVEMENT
SEE
CHAPS.
VII.
1,6,
THIS
VOLUME.
V.
1
SOMACLONAL
VARIATION
IN
THE PROGENY
OF
CHI-3
1
MAIZE
INBRED
LINE
DERIVED
FROM
TISSUE
CULTURE
J.
L
AZANYI
(WITH
3
FIGURES)
1
INTRODUCTION
.
265
2
MATERIALS
AND
METHODS
.
266
XIV
CONTENTS
3
CHLOROPHYLL
DEFICIENCIES
.
267
4
QUANTITATIVE
TRAITS
.
270
5
SUMMARY
AND
CONCLUSIONS
.
273
REFERENCES
.
274
V.2
INSECTICIDE-RESISTANT
MAIZE
PLANTS
REGENERATED
IN
VITRO
A.R.
K
UEHNLE
AND
E.D.
E
ARLE
(WITH
5
FIGURES)
1
INTRODUCTION
.
276
2
IN VITRO
SELECTION
.
YY
277
3
PLANT
REGENERATION
AND
EVALUATION
.
282
4
FIELD
TESTS
.
285
5
OXIDATIVE
PHOSPHORYLATION
BY
ISOLATED
MITOCHONDRIA
.
287
6
ANALYSIS
OF
MITOCHONDRIAL
DNA
.
287
7
CONCLUSIONS
AND
PROSPECTS
.
290
REFERENCES
.
291
V.3
IN
VITRO
SELECTION
FOR
HERBICIDE
TOLERANCE
IN
MAIZE
D.A.
S
OMERS
AND
P.C.
A
NDERSON
(WITH
2
FIGURES)
1
INTRODUCTION
.
293
2
STRATEGIES
FOR
SELECTION
OF
HERBICIDE
TOLERANCE
.
294
3
PARAQUAT
TOLERANCE
.
297
4
GLYPHOSATE
TOLERANCE
.
297
5
IMIDAZOLINONE
TOLERANCE
.
298
6
CYCLOHEXANEDIONE
AND
ARYLOXYPHENOXYPROPIONATE
TOLERANCE
.
.
302
7
CONCLUSIONS
.
309
REFERENCES
.
309
V.4
IN
VITRO
SELECTION
FOR
SALT
TOLERANCE
IN
MAIZE
E.
L
UPOTTO
,
F.
L
OCATELLI
,
AND
M.C.
L
USARDI
(WITH
6
FIGURES)
1
BREEDING
FOR
ENVIRONMENTAL
STRESS
TOLERANCE
IN
MAIZE
.
314
2
THE
IN
VITRO
APPROACH
TO
SALT
TOLERANCE
IN
MAIZE
.
318
3
THE
EFFECT
OF
NACL
ADAPTATION
ON
PROTEIN
SYNTHESIS
IN
CALLUS
CULTURES
.
322
4
CONCLUDING
REMARKS
.
327
REFERENCES
.
328
V.5
APPROACHES
FOR
THE
DEVELOPMENT
OF
COLD
TOLERANCE
IN
MAIZE
THROUGH
REGENERABLE
CALLUS
CULTURES
D.R.
D
UNCAN
AND
J.M.
W
IDHOLM
1
INTRODUCTION
.
331
2
WHOLE
PLANT
RESPONSE
TO
COLD
.
331
3
DEVELOPMENT
OF
COLD TOLERANCE
-CONVENTIONAL
BREEDING
.
332
4
DEVELOPMENT
OF
COLD
TOLERANCE-VIA
TISSUE
CULTURES
.
333
5
SUMMARY
AND
CONCLUSIONS
.
340
REFERENCES
.
340
CONTENTS
XV
V.6
COLD
TOLERANCE
IN
IN
VITRO-GROWN
SEEDLINGS,
CALLUS
TISSUE,
AND
SOMACLONES
OF
MAIZE
J.
BOCSI
(WITH
3
FIGURES)
1
INTRODUCTION
.
344
2
MATERIAL
AND
METHODS
.
345
3
RESULTS
AND
DISCUSSION
.
346
4
SUMMARY
AND
CONCLUSIONS
.
352
REFERENCES
.
353
V.7
GENETIC
VARIABILITY
INDUCED
THROUGH
MUTATIONS
IN
MAIZE
J.
O
LEJNICZAK
(WITH
4
FIGURES)
1
INTRODUCTION
.
355
2
CHROMOSOMAL
ABERRATIONS
AND
SEEDLING
INJURY
.
355
3
CHLOROPHYLL
MUTANTS
.
357
4
MORPHOLOGICAL
CHARACTERISTICS
AND
YIELD
STRUCTURE
COMPONENTS
OF
M2
AND
M3
PLANTS
.
358
5
CHARACTERISTICS
OF
MORPHOLOGICAL
MUTANTS
.
361
6
EARLY
MUTANTS
.
361
7
PROTEIN
AND
LYSINE
MUTANTS
.
362
8
GENERAL
COMBINING
ABILITY
(GCA)
OF
MUTANT
LINES
.
363
9
SUMMARY
.
364
REFERENCES
.
364
V.8
C-BANDING
IN
ZEN
MAYS
E.K.
G
UBAR
AND
V,A.
K
UNAKH
(WITH
7
FIGURES)
1
INTRODUCTION
.
366
2
MATERIAL
AND
METHODS
.
367
3
RESULTS
.
368
4
DISCUSSION
.
378
REFERENCES
.
380
SECTION
VI
MOLECULAR
BIOLOGY
AND
PHYSIOLOGICAL
STUDIES
VI.
1
TRANSPOSON
TAGGING
TECHNOLOGIES
IN
MAIZE
W.E.
B
ROWN
AND
J.L.
B
ENNETZEN
(WITH
4
FIGURES)
1
INTRODUCTION
.
385
2
TRANSPOSABLE
ELEMENT
FAMILIES
.
386
3
TRANSPOSON
TAGGING
.
388
4
RELATIVE
MERITS
OF
TRANSPOSON
TAGGING
SYSTEMS
AND
APPROACHES
.
393
5
LIMITATIONS
AND
PROBLEMS
IN
TRANSPOSON
TAGGING
OF
MAIZE
GENES
.
395
6
NEW
TECHNIQUES
TO
ENHANCE
TAGGING
TECHNOLOGY
.
396
XVI
CONTENTS
7
SUMMARY
AND
CONCLUSIONS
.
398
REFERENCES
.
399
VI.
2
MOLECULAR
ASPECTS
OF
CYTOPLASMIC
MALE
STERILITY
IN
MAIZE
R.E.
D
EWEY
AND
K.L.
K
ORTH
(WITH
4
FIGURES)
1
INTRODUCTION
.
402
2
CMS-T
CYTOPLASM
.
403
3
CMS-S
CYTOPLASM
.
406
4
CMS-C
CYTOPLASM
.
408
5
CLASSIFICATION
OF
MAIZE
CYTOPLASMS
USING
MOLECULAR
MARKERS
.
410
6
CONCLUSION
.
413
REFERENCES
.
414
VI.3
MITOCHONDRIAL
GENOME
ORGANIZATION
IN
CMS
T-REGENERATED
MAIZE
PLANTS
C.M.-R.
F
AURON
(WITH
5
FIGURES)
1
INTRODUCTION
.
417
2
STRUCTURE
OF
THE
MAIZE
MITOCHONDRIAL
GENOME
.
420
3
REGENERATED
PLANTS
.
421
4
REVERTANTS
MTDNAS
VERSUS
CMST
MTDNA
.
422
5
CONCLUSION
.
.
426
REFERENCES
.
427
VIA
MAIZE
CHLOROPLAST
GENE
TRANSFER
TO
NUCLEUS
J.L.
O
LIVER
,
A.
M
ARIN
,
AND
J.M.
M
ARTINEZ
-Z
APATER
1
INTRODUCTION
.
431
2
TRANSFERRED
GENES
.
432
3
BASE
COMPOSITION
.
434
4
CPG
DOUBLETS
.
436
5
CODON
USAGE
AND
DINUCLEOTIDE
PREFERENCE
.
437
6
MUTATIONAL
BIAS
OR
EXPRESSION
OPTIMIZATION?
.
440
7
PREFERENCE
FOR
INTEGRATION
SITES
.
441
8
CONCLUSIONS
.
442
REFERENCES
.
443
VI.5
ALCOHOL
DEHYDROGENASES
IN
MAIZE
CELL
CULTURES
R.I.S.
B
RETTELL
,
M.R.
O
LIVE
,
AND
E.S.
D
ENNIS
(WITH
3
FIGURES)
1
INTRODUCTION
.
445
2
REGULATION
OF
ADHL
AND
ADH2
.
446
3
MUTANTS
OF
ADHL
FROM
TISSUE
CULTURE
.
451
4
SUMMARY
AND
CONCLUSIONS
.
452
REFERENCES
.
453
CONTENTS
XVII
VI.
6
ISOZYMES
AS
MARKERS
FOR
EMBRYOGENIC
MAIZE
CALLUS
J.H.N.
S
CHEL
,
N.C.A.
DE
R
UIJTER
,
AND
P.F.
F
RANSZ
(WITH
5
FIGURES)
1
INTRODUCTION
.
456
2
ISOZYMES
DURING
PLANT
EMBRYOGENESIS
.
456
3
ISOZYMES
DURING
SOMATIC
EMBRYOGENESIS
IN
MAIZE
.
462
4
SUMMARY
AND
CONCLUSIONS
.
463
REFERENCES
.
463
VI.7
CHILLING
SENSITIVITY
OF
PHOTOSYNTHESIS
IN
MAIZE
N.R.
B
AKER
AND
G.Y.
N
IE
(WITH
10
FIGURES)
1
INTRODUCTION
.
465
2
DEVELOPMENT
OF
PHOTOSYNTHETIC
COMPETENCE
.
465
3
RECOVERY
FROM
LOW
TEMPERATURE
PERTURBATIONS
OF
CHLOROPLAST
DEVELOPMENT
.
472
4
CHILL-INDUCED
DECREASES
IN
PHOTOSYNTHESIS
OF
MATURE
LEAVES
.
.
474
5
CHILLING
EFFECTS
ON
PHOTOSYNTHESIS
IN
THE
FIELD
.
476
6
CONCLUDING
REMARKS
.
479
REFERENCES
.
480
SECTION
VII
PROTEINS,
AMINO
ACIDS,
NUTRITIONAL
IMPROVEMENT
VII.
1
BIOTECHNOLOGY
IN
NUTRITIONAL
IMPROVEMENT
OF
MAIZE
S
ATINDER
B
AJAJ
,
N
EENA
B
HATIA
,
AND
Y.P.S.
B
AJAJ
1
INTRODUCTION
.
485
2
NUTRITIONAL
CONTRIBUTION
OF
MAIZE
.
489
3
GENETICS
OF
MAIZE
PROTEINS
.
495
4
NUTRITIONAL
CONSIDERATIONS
IN
IMPROVEMENT
.
498
5
CONVENTIONAL
METHODS
FOR
NUTRITIONAL
IMPROVEMENT
.
499
6
NUTRITIONAL
IMPROVEMENT
THROUGH
IN
VITRO
CULTURE
.
501
7
CONCLUSIONS
.
505
REFERENCES
.
506
VII.2
CORN
GERM
PROTEIN:
FUNCTIONAL
PROPERTIES
IN
A
MODEL
SYSTEM
AND
IN
FOOD
PRODUCTS
J.F.
Z
AYAS
(WITH
12
FIGURES)
1
INTRODUCTION
.
513
2
PROXIMATE
AND
AMINO
ACID
COMPOSITION
OF
CORN
GERM
PROTEIN
FLOUR
(CGPF)
.
515
3
FUNCTIONALITY
OF
CORN
GERM
PROTEIN
.
518
4
CONCLUSIONS
.
533
REFERENCES
.
533
XVIII
CONTENTS
VII.
3
ALBUMINS
AND
GLOBULINS
IN
MAIZE
GRAINS
J.
L
ANDRY
AND
T.
M
OUREAUX
(WITH
6
FIGURES)
1
INTRODUCTION
.
536
2
ALBUMINS
AND
GLOBULINS
IN
MATURE
GRAIN
.
537
3
ALBUMINS
AND
GLOBULINS
IN
DEVELOPING
GRAINS
.
545
4
SUMMARY
AND
CONCLUSION
.
551
REFERENCES
.
553
VII.4
PROTEINS
AND
AMINO
ACIDS
IN
MAIZE
KERNELS
B.
R
Y
S
AV
A
1
INTRODUCTION
.
555
2
PROTEIN
CONTENT
IN
KERNELS
.
556
3
PROTEIN
QUALITY
IN
KERNELS
.
557
4
HETEROTIC
EFFECT
AND
PROTEIN
AND
AMINO
ACID
CONTENT
.
565
5
EFFECT
OF
ENVIRONMENT
ON
PROTEIN
AND
AMINO
ACID
CONTENT
.
568
6
SUMMARY
.
568
REFERENCES
.
569
VII.
5
SYNTHETIC
PEPTIDES
AND
ANTIPEPTIDE
ANTIBODIES
IN
STUDYING ZEIN
STRUCTURE
AND
FINGERPRINTING
MAIZE
GENOTYPES
A.
E
SEN
(WITH
5
FIGURES)
1
INTRODUCTION
.
:
.
571
2
METHODS
.
573
3
RESULTS
.
577
4
DISCUSSION
.
583
5
SUMMARY
AND
CONCLUSIONS
.
585
REFERENCES
.
585
VII.
6
ALTERATIONS
IN
THE
BIOSYNTHESIS
OF
LYSINE,
THREONINE,
AND
METHIONINE
BY
TISSUE
CULTURE
APPROACHES
IN
MAIZE
B.G.
G
ENGENBACH
AND
T.J.
D
IEDRICK
(WITH
7
FIGURES)
1
INTRODUCTION
.
587
2
MAIZE
MUTANTS
WITH
ALTERED
ASPARTATE
KINASE
.
590
3
AMINO
ACID
ACCUMULATION
IN
LT-RESISTANT
MUTANTS
.
595
4
DHPS
REGULATION
OF
LYSINE
BIOSYNTHESIS
.
599
REFERENCES
.
602
SECTION
VIII
POLLEN
STORAGE,
CRYOPRESERVATION
OF
GERMPLASM
VIII.
1
PRESERVATION
OF
MAIZE
POLLEN
B.
B
ARNABAS
(WITH
7
FIGURES)
1
INTRODUCTION
.
607
2
BIOTIC
AND
ABIOTIC
FACTORS
INFLUENCING
THE
VIABILITY
OF
POLLEN
.
608
CONTENTS
XIX
3
STORAGE
OF
MAIZE
POLLEN
BY
DEEP-FREEZING
.
611
4
EFFECT
OF
POLLEN
STORAGE
ON
THE
EXPRESSION
OF
DIFFERENT
PHENOTYPIC
AND
AGRONOMIC
TRAITS
OF
THE
PROGENIES
.
614
5
CONCLUSIONS
.
616
REFERENCES
.
617
VIII.2
CRYOPRESERVATION
OF
GERMPLASM
OF
MAIZE
S.B.
Z
HANG
,
L.C.
J
IAN
,
Y.Q.
Q
IAN
,
AND
Y.P.S.
B
AJAJ
(WITH
2
FIGURES)
1
INTRODUCTION
.
619
2
CRY
OPRESERVATION
STUDIES
.
619
3
SUMMARY
.
626
REFERENCES
.
627
SUBJECT
INDEX
.
629 |
| any_adam_object | 1 |
| building | Verbundindex |
| bvnumber | BV009671569 |
| classification_tum | LAN 220f LAN 182f CIT 900f LAN 311f |
| ctrlnum | (OCoLC)632375777 (DE-599)BVBBV009671569 |
| discipline | Agrarwissenschaft Chemie-Ingenieurwesen Biotechnologie Pflanzenbau |
| format | Book |
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| id | DE-604.BV009671569 |
| illustrated | Not Illustrated |
| indexdate | 2024-07-20T03:27:38Z |
| institution | BVB |
| isbn | 354056392X 038756392X |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-006396670 |
| oclc_num | 632375777 |
| open_access_boolean | |
| owner | DE-M49 DE-BY-TUM DE-11 DE-188 |
| owner_facet | DE-M49 DE-BY-TUM DE-11 DE-188 |
| publishDate | 1994 |
| publishDateSearch | 1994 |
| publishDateSort | 1994 |
| publisher | Springer |
| record_format | marc |
| series | Biotechnology in agriculture and forestry |
| series2 | Biotechnology in agriculture and forestry |
| spelling | Maize ed. by Y. P. S. Bajaj Berlin ; Heidelberg ; New York ; London ; Paris ; Tokyo ; Hong K Springer 1994 txt rdacontent n rdamedia nc rdacarrier Biotechnology in agriculture and forestry 25 Mais (DE-588)4037135-9 gnd rswk-swf Genetische Ressourcen (DE-588)4156623-3 gnd rswk-swf In-vitro-Kultur (DE-588)4332883-0 gnd rswk-swf Gentechnologie (DE-588)4071722-7 gnd rswk-swf Maiszüchtung (DE-588)4168646-9 gnd rswk-swf Mais (DE-588)4037135-9 s DE-604 Gentechnologie (DE-588)4071722-7 s In-vitro-Kultur (DE-588)4332883-0 s Genetische Ressourcen (DE-588)4156623-3 s Maiszüchtung (DE-588)4168646-9 s Bajaj, Yashpal P. Sonstige oth Biotechnology in agriculture and forestry 25 (DE-604)BV035362096 25 DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=006396670&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Maize Biotechnology in agriculture and forestry Mais (DE-588)4037135-9 gnd Genetische Ressourcen (DE-588)4156623-3 gnd In-vitro-Kultur (DE-588)4332883-0 gnd Gentechnologie (DE-588)4071722-7 gnd Maiszüchtung (DE-588)4168646-9 gnd |
| subject_GND | (DE-588)4037135-9 (DE-588)4156623-3 (DE-588)4332883-0 (DE-588)4071722-7 (DE-588)4168646-9 |
| title | Maize |
| title_auth | Maize |
| title_exact_search | Maize |
| title_full | Maize ed. by Y. P. S. Bajaj |
| title_fullStr | Maize ed. by Y. P. S. Bajaj |
| title_full_unstemmed | Maize ed. by Y. P. S. Bajaj |
| title_short | Maize |
| title_sort | maize |
| topic | Mais (DE-588)4037135-9 gnd Genetische Ressourcen (DE-588)4156623-3 gnd In-vitro-Kultur (DE-588)4332883-0 gnd Gentechnologie (DE-588)4071722-7 gnd Maiszüchtung (DE-588)4168646-9 gnd |
| topic_facet | Mais Genetische Ressourcen In-vitro-Kultur Gentechnologie Maiszüchtung |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=006396670&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| volume_link | (DE-604)BV035362096 |
| work_keys_str_mv | AT bajajyashpalp maize |