Control Mechanisms in Development

1. Front Matter

   Pages i-xiii

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2. Activation in Biological Systems

   1. Preformed mRNA and the Programming of Early Embryo Development

      • Abraham Marcus, Sara Spiegel, John D. Brooker

      Pages 1-19

   2. Regulation of Transcription in Yeast

      • C. Saunders, S. J. Sogin, D. B. Kaback, H. O. Halvorson

      Pages 21-34

   3. Nuclear Transplantation and the Analysis of Gene Activity in Early Amphibian Development

      • J. B. Gurdon

      Pages 35-44

   4. Plant Tissue Culture Methods in Somatic Hybridization by Protoplast Fusion and Transformation

      • Oluf L. Gamborg

      Pages 45-63

3. Differentiation in Biological Systems

   1. Hormone Mediated Integration of Seedling Physiology

      • J. E. Varner

      Pages 65-78

   2. Ovalbumin mRNA and Ovalbumin DNA and the Molecular Biology of Steroid Hormone Action

      • Robert T. Schimke, David J. Shapiro, G. Stanley McKnight

      Pages 79-101

   3. The Insect Chorion: Programmed Expression of Specific Genes during Differentiation

      • Fotis C. Kafatos

      Pages 103-121

4. Modulation in Biological Systems

   1. Biochemical Aspects of Juvenile Hormone Action in Insects

      • Yuzuru Akamatsu, Peter E. Dunn, Ferenc J. Kézdy, Karl J. Kramer, John H. Law, David Reibstein et al.

      Pages 123-149

   2. Structural and Functional Aspects of the Protein Synthesizing Apparatus in the Rough Endoplasmic Reticulum

      • David D. Sabatini, George Ojakian, Mauricio A. Lande, John Lewis, Winnie Mok, Milton Adesnik et al.

      Pages 151-180

   3. Membrane Fluidity and Cellular Functions

      • S. J. Singer

      Pages 181-192

   4. Biochemical Function and Homeostasis: The Payoff of the Genetic Program

      • Daniel E. Atkinson

      Pages 193-211

5. Philosophical Implications

   1. Somatic Cell Genetics and Its Human Applications

      • Theodore T. Puck

      Pages 213-221

6. Back Matter

   Pages 223-226

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This symposium was not only a happy event for the University of Nebraska, but it marked a milestone in the history of the biological sciences here. The symposium cele­ in the most appropriate way possible, the creation of the new School of Life brated, Sciences and ushered in what I believe will be a period of substantial development for biology on this campus. I am immensely proud of the faculty of this new School, and I have every confidence that the School's reputation and achievements will continue to grow. As you all know, this university has had and still has distinguished scientists in the biological sciences and has offered fme programs at both the undergraduate and graduate level. But both the formation of the School of Ufe Sciences and the construction of the new Ufe Sciences Building promise a brighter future in this important area The School of Life Sciences was formed from the Departments of Botany, Micro­ biology, and Zoology, together with staff members in Biochemistry (from both the Department of Chemistry and from the former Department of Biochemistry and Nutri­ tion in the College of Agriculture) as well as staff members in the College of Agriculture's Department of Plant Pathology. Our whole notion was to build a core unit in biology that would cross the lines between the College of Arts and Sciences and the College of Agriculture in order to combine strengths which exist in both areas.

• biology
• development
• embryo
• molecular biology
• university

• Section of Cell Biology and Genetics School of Life Sciences, University of Nebraska, Lincoln, USA

  Russel H. Meints, Eric Davies

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