Advances in Morphogenesis

Contributors to Volume 7

Growth Induced by Damage

I. Introduction

II. Nature of the Tissue Response to Damage

III. The Specificity of the Growth-Promoting Effects of Damage

IV. The Mechanism of Initiation of Damage-Induced Growth

V. The Relationship of Damage-Induced Growth to Compensatory Hypertrophy, to Tumor-Induced Growth, and to Embryonic Development

VI. Summary

References

Morphogenesis of Crown Gall

I. Introduction

II. The Occurrence of Crown Gall and the Characteristics of the Bacteria

III. Cell Conditioning and Tumor Induction

IV. Factors Affecting the Developmental Phase

V. Wound and Crown Gall Tissue

VI. Origin of Crown Gall

VII. Summary

References

The Development of Innervation in Tetrapod Limbs

I. Introduction

II. The Anura

III. Comparison with Mammalian Development

IV. Summary

References

Role of Messenger Ribonucleic Acid in Embryonic Development

I. Introduction

II. General Pattern of RNA Synthesis in Embryonic Development

III. Types of Messenger RNA Synthesized during Embryonic Development

IV. Release of the Genetic Information during Embryonic Development

V. Stability of Messenger RNA Present at Different Stages of Development

VI. Amount of Messenger RNA Present at Various Stages of Development

VII. Conclusions

References

Blastogenesis and Morphogenesis

I. Introduction

II. Blastogenic Localization—Physiological Isolation

III. Origin of Blastogenic Cells

IV. Blastogenesis and Somatic Continuity

V. Blastogenesis and Renewal of Germ Cells

VI. The Organization of the Bud

VII. Correlative Competition—Total Potentiality and Restricted Potentiality

VIII. Double Ontogenesis or Multiple Ontogenesis

IX. Blastogenesis and Epigenetic Evolution

X. Conclusions

General References

Special References

Amphibian Limb Regeneration

I. Introduction

II. Phases of Limb Regeneration

III. The Influence of Nerves on Limb Regeneration

IV. The Influence of Hormones on Limb Regeneration

V. Discussion and Conclusion

References

Differentiation of Kidney Mesenchyme in an Experimental Model System

I. Introduction

II. Formation of Kidney Tubules

III. Expression of Differentiation at Different Levels

IV. Discussion

V. Concluding Remarks

References

Localization in the Developing Fucus Egg and the General Role of Localizing Currents

I. Introduction

II. Factors of Polarization in the Fucus Egg

III. Localizing Electrical Currents in Other Systems

IV. Summary

References

Author Index

Topical Index