In numerous conversations with our colleagues from India, it was suggested that we help to institute a series of symposia in India similar in nature to those that have been conducted by our Latin American colleagues for more than 10 years. We were fortunate to have with us in Oak Ridge Dr. Niyogi and Dr. Mitra from Indian universities. Their close ties with the Bose Institute in Calcutta and the resultant correspondence with the Institute Director, Dr. S. M. Sircar, provided the stimulus for organization of this first Indian symposium, which was held in Calcutta. Under the direction of Dr. Sircar, Dr. B. B. Biswas did an outstandingjob of organizing this conference. Financial support was arranged through Dr. R. R. Ronkin of the United States National Science Foundation, who smoothed the way for the use of PL 480 funds which were approved by the Indian Government for the organization and running of this most valuable symposium. The many Indian scientists who contributed papers and enthusiastically and vigorously entered into the discussions demonstrated the strength of modern science in India. The topic, Control of Tranillegalscription, is a timely one, and considerable activity in this area is going on all over the world. The success of this symposium speaks well for the future of these Indian conferences and workshops being planned for the next few years. Again, the worldwide "community of science" is clearly manifested by the close cooperation we have observed in this fruitful and successful symposium.
1. Fine Structure of Active Genes in Prokaryotes and Eukaryotes.- 2. Changes in the Subunit Structures of Bacillus subtilis RNA Polymerase During Sporulation.- 3. Control of Tranillegalscription in Bacillus brevis by Small Molecules.- 4. Control of Tranillegalscription in Phage P22 Infected Host.- 5. New Small Proteins Associated with DNA-Dependent RNA Polymerase of Escherichia coli After Infection with T4 Phage.- 6. The Stringent Response-21 Years On.- 7. Elucidation of RNA Initiation (DNA Promoter?) Sequences in T4 DNA Tranillegalscription using Escherichia coli RNA Polymerase and Dinucleoside Monophosphates.- 8. Stringent Coupling Between Tranillegalscription, Translation, and Degradation of Messenger RNA in Inducible Enzyme Systems: A Theoretical Analysis.- 9. Gene-Specific Changes in Induced Enzyme Synthesis in Escherichia coli Infected with Phage ?X174.- 10. Initiation of Tranillegalscription by RNA Polymerases of Escherichia coli and Phage T3.- 11. Tranillegalscription of Native and Denatured DNA Preparations by Bacteriophage T3 Induced RNA Polymerase.- 12. Physical Mapping of Transcribing Regions on Coliphage fd DNA by the Use of Restriction Endonucleases.- 13. Tranillegalscriptional Control of the Expression of a Degradative Plasmid in Pseudomonas.- 14. Studies on the Tranillegalscription of Simian Virus 40 and Adenovirus Type 2.- 15. Tranillegalscription of Reovirus RNA.- 16. Initiation and Regulation of Tranillegalscription in Coliphage ?.- 17. Termination and Antitermination in Tranillegalscription: Control of Gene Expression.- 18. Control of Tranillegalscription in Neurospora crassa.- 19. Tranillegalscriptional Systems in Eukaryotic Cells.- 20. Tranillegalscription of Double-Stranded Viral and Cellular DNAs by Purified Mammalian DNA-Dependent RNA Polymerases.- 21. Factors Affecting the Selection of a Template for the Characterization of Multiple DNA-Dependent RNA Polymerases of Mammalian Tissues.- 22. RNA Polymerases and Controlling Factors from Plant Cell Nuclei.- 23. Restriction of RNA Synthesis by RNA Polymerase from Avian Erythrocyte Nuclei.- 24. On the Regulation of Pre-mRNA Biosynthesis and Transport.- 25. The Poly(A) Sequences in Messenger RNA and Heterogeneous Nuclear RNA.- 26. Estradiol-Induced Expression of Genetic Information: Synthesis of Phosvitin in Birds.- 27. Comparison of Biochemical Characteristics of Reverse Tranillegalscriptase from Human Acute Leukemic Cells and Several RNA Tumor Viruses.- 28. Synthesis by Reverse Tranillegalscriptase of DNA Complementary to Globin Messenger RNA.- 29. Investigations on Reverse-Transcribed DNA from RNA Templates.- 30. Tranillegalscriptional Control of M13 Phage DNA Replication.- 31. Conversion of ?X174 and fd DNA to Their Replicative Forms by Two Enzyme Systems in Escherichia coli.- 32. A Quantitative Estimate of DNA-RNA Hybridization in Neuro-spora crassa.
1. Fine Structure of Active Genes in Prokaryotes and Eukaryotes.- 2. Changes in the Subunit Structures of Bacillus subtilis RNA Polymerase During Sporulation.- 3. Control of Tranillegalscription in Bacillus brevis by Small Molecules.- 4. Control of Tranillegalscription in Phage P22 Infected Host.- 5. New Small Proteins Associated with DNA-Dependent RNA Polymerase of Escherichia coli After Infection with T4 Phage.- 6. The Stringent Response-21 Years On.- 7. Elucidation of RNA Initiation (DNA Promoter?) Sequences in T4 DNA Tranillegalscription using Escherichia coli RNA Polymerase and Dinucleoside Monophosphates.- 8. Stringent Coupling Between Tranillegalscription, Translation, and Degradation of Messenger RNA in Inducible Enzyme Systems: A Theoretical Analysis.- 9. Gene-Specific Changes in Induced Enzyme Synthesis in Escherichia coli Infected with Phage ?X174.- 10. Initiation of Tranillegalscription by RNA Polymerases of Escherichia coli and Phage T3.- 11. Tranillegalscription of Native and Denatured DNA Preparations by Bacteriophage T3 Induced RNA Polymerase.- 12. Physical Mapping of Transcribing Regions on Coliphage fd DNA by the Use of Restriction Endonucleases.- 13. Tranillegalscriptional Control of the Expression of a Degradative Plasmid in Pseudomonas.- 14. Studies on the Tranillegalscription of Simian Virus 40 and Adenovirus Type 2.- 15. Tranillegalscription of Reovirus RNA.- 16. Initiation and Regulation of Tranillegalscription in Coliphage ?.- 17. Termination and Antitermination in Tranillegalscription: Control of Gene Expression.- 18. Control of Tranillegalscription in Neurospora crassa.- 19. Tranillegalscriptional Systems in Eukaryotic Cells.- 20. Tranillegalscription of Double-Stranded Viral and Cellular DNAs by Purified Mammalian DNA-Dependent RNA Polymerases.- 21. Factors Affecting the Selection of a Template for the Characterization of MultipleDNA-Dependent RNA Polymerases of Mammalian Tissues.- 22. RNA Polymerases and Controlling Factors from Plant Cell Nuclei.- 23. Restriction of RNA Synthesis by RNA Polymerase from Avian Erythrocyte Nuclei.- 24. On the Regulation of Pre-mRNA Biosynthesis and Transport.- 25. The Poly(A) Sequences in Messenger RNA and Heterogeneous Nuclear RNA.- 26. Estradiol-Induced Expression of Genetic Information: Synthesis of Phosvitin in Birds.- 27. Comparison of Biochemical Characteristics of Reverse Tranillegalscriptase from Human Acute Leukemic Cells and Several RNA Tumor Viruses.- 28. Synthesis by Reverse Tranillegalscriptase of DNA Complementary to Globin Messenger RNA.- 29. Investigations on Reverse-Transcribed DNA from RNA Templates.- 30. Tranillegalscriptional Control of M13 Phage DNA Replication.- 31. Conversion of ?X174 and fd DNA to Their Replicative Forms by Two Enzyme Systems in Escherichia coli.- 32. A Quantitative Estimate of DNA-RNA Hybridization in Neuro-spora crassa.
Inhaltsverzeichnis
1. Fine Structure of Active Genes in Prokaryotes and Eukaryotes.- 2. Changes in the Subunit Structures of Bacillus subtilis RNA Polymerase During Sporulation.- 3. Control of Tranillegalscription in Bacillus brevis by Small Molecules.- 4. Control of Tranillegalscription in Phage P22 Infected Host.- 5. New Small Proteins Associated with DNA-Dependent RNA Polymerase of Escherichia coli After Infection with T4 Phage.- 6. The Stringent Response-21 Years On.- 7. Elucidation of RNA Initiation (DNA Promoter?) Sequences in T4 DNA Tranillegalscription using Escherichia coli RNA Polymerase and Dinucleoside Monophosphates.- 8. Stringent Coupling Between Tranillegalscription, Translation, and Degradation of Messenger RNA in Inducible Enzyme Systems: A Theoretical Analysis.- 9. Gene-Specific Changes in Induced Enzyme Synthesis in Escherichia coli Infected with Phage ?X174.- 10. Initiation of Tranillegalscription by RNA Polymerases of Escherichia coli and Phage T3.- 11. Tranillegalscription of Native and Denatured DNA Preparations by Bacteriophage T3 Induced RNA Polymerase.- 12. Physical Mapping of Transcribing Regions on Coliphage fd DNA by the Use of Restriction Endonucleases.- 13. Tranillegalscriptional Control of the Expression of a Degradative Plasmid in Pseudomonas.- 14. Studies on the Tranillegalscription of Simian Virus 40 and Adenovirus Type 2.- 15. Tranillegalscription of Reovirus RNA.- 16. Initiation and Regulation of Tranillegalscription in Coliphage ?.- 17. Termination and Antitermination in Tranillegalscription: Control of Gene Expression.- 18. Control of Tranillegalscription in Neurospora crassa.- 19. Tranillegalscriptional Systems in Eukaryotic Cells.- 20. Tranillegalscription of Double-Stranded Viral and Cellular DNAs by Purified Mammalian DNA-Dependent RNA Polymerases.- 21. Factors Affecting the Selection of a Template for the Characterization of Multiple DNA-Dependent RNA Polymerases of Mammalian Tissues.- 22. RNA Polymerases and Controlling Factors from Plant Cell Nuclei.- 23. Restriction of RNA Synthesis by RNA Polymerase from Avian Erythrocyte Nuclei.- 24. On the Regulation of Pre-mRNA Biosynthesis and Transport.- 25. The Poly(A) Sequences in Messenger RNA and Heterogeneous Nuclear RNA.- 26. Estradiol-Induced Expression of Genetic Information: Synthesis of Phosvitin in Birds.- 27. Comparison of Biochemical Characteristics of Reverse Tranillegalscriptase from Human Acute Leukemic Cells and Several RNA Tumor Viruses.- 28. Synthesis by Reverse Tranillegalscriptase of DNA Complementary to Globin Messenger RNA.- 29. Investigations on Reverse-Transcribed DNA from RNA Templates.- 30. Tranillegalscriptional Control of M13 Phage DNA Replication.- 31. Conversion of ?X174 and fd DNA to Their Replicative Forms by Two Enzyme Systems in Escherichia coli.- 32. A Quantitative Estimate of DNA-RNA Hybridization in Neuro-spora crassa.
Klappentext
In numerous conversations with our colleagues from India, it was suggested that we help to institute a series of symposia in India similar in nature to those that have been conducted by our Latin American colleagues for more than 10 years. We were fortunate to have with us in Oak Ridge Dr. Niyogi and Dr. Mitra from Indian universities. Their close ties with the Bose Institute in Calcutta and the resultant correspondence with the Institute Director, Dr. S. M. Sircar, provided the stimulus for organization of this first Indian symposium, which was held in Calcutta. Under the direction of Dr. Sircar, Dr. B. B. Biswas did an outstandingjob of organizing this conference. Financial support was arranged through Dr. R. R. Ronkin of the United States National Science Foundation, who smoothed the way for the use of PL 480 funds which were approved by the Indian Government for the organization and running of this most valuable symposium. The many Indian scientists who contributed papers and enthusiastically and vigorously entered into the discussions demonstrated the strength of modern science in India. The topic, Control of Tranillegalscription, is a timely one, and considerable activity in this area is going on all over the world. The success of this symposium speaks well for the future of these Indian conferences and workshops being planned for the next few years. Again, the worldwide "community of science" is clearly manifested by the close cooperation we have observed in this fruitful and successful symposium.
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