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C O N T E N T S
INTRODUCTORY NOTES
P A R T O N E
EPIGENETIC BASIS OF METAZOAN HEREDITY
1 CONTROL SYSTEMS
AND DETERMINATION OF PHENOTYPIC TRAITS
IN METAZOANS
2 THE ORIGIN
AND NATURE OF EPIGENETIC INFORMATION FOR METAZOAN MORPHOLOGY
3 EPIGENETIC CONTROL
OF REPRODUCTIVE FUNCTION
4 NEURAL CONTROL OF
GAMETOGENESIS
5 EPIGENETIC
CONTROL OF EARLY DEVELOPMENT
6 NEURAL CONTROL OF
POST-PHYLOTYPIC DEVELOPMENT
7 THE EPIGENETIC
SYSTEM OF HEREDITY - AN OUTLINE
P A R T T W O
NEURAL-DEVELOPMENTAL PREMISES OF EVOLUTIONARY ADAPTATION
8 EVOLUTIONARY
AND STRESS RESPONSES TO CHANGES IN ENVIRONMENT
9 BEHAVIORAL
ADAPTATION TO CHANGED CONDITIONS OF LIVING
10 ONTOGENY: THE
WORKSHOP OF EVOLUTIONARY CHANGE
P A R T T H R E E
EPIGENETICS OF CIRCUMEVOLUTIONARY PHENOMENA AND THE
MECHANISM OF THE EVOLUTIONARY CHANGE
11 INTRAGENERATIONAL
DEVELOPMENTAL PLASTICITY
12 TRANSGENERATIONAL
DEVELOPMENTAL PLASTICITY – AN EPITOME OF THE
EVOLUTIONARY CHANGE
P A R T F O U R
EPIGENETICS OF METAZOAN EVOLUTION
13 EVOLUTION OF
METAZOANS AND THEIR CONTROL SYSTEM
14 ORIGINS OF
EVOLUTIONARY NOVELTY
15 EVOLUTION BY LOSS
16 EVOLUTION
BY REVERTING TO ANCESTRAL CHARACTERS
17 NEURAL
CREST-DETERMINED EVOLUTIONARY NOVELTIES
18
EVOLUTIONARY
CONVERGENCES: TREND TOWARD SAMENESS IN
METAZOAN EVOLUTION
P A R T F I V
E
EPIGENETICS OF
SPECIATION IN METAZOANS
19 SPECIES AND
ALLOPATRIC SPECIATION
20 EPIGENETICS OF
SYMPATRIC SPECIATION – SPECIATION AS A MECHANISM OF
EVOLUTION
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