The Biological Efficiency of Protein Production
Herausgeber: Jones, J. G. W.
The Biological Efficiency of Protein Production
Herausgeber: Jones, J. G. W.
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This 1973 volume reports the proceedings of a 1971 symposium considering the relative biological efficiency of alternative methods of protein production by plants and animals.
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This 1973 volume reports the proceedings of a 1971 symposium considering the relative biological efficiency of alternative methods of protein production by plants and animals.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Produktdetails
- Produktdetails
- Verlag: Cambridge University Press
- Seitenzahl: 398
- Erscheinungstermin: 9. Februar 2011
- Englisch
- Abmessung: 229mm x 152mm x 23mm
- Gewicht: 644g
- ISBN-13: 9780521279406
- ISBN-10: 0521279402
- Artikelnr.: 33612464
- Herstellerkennzeichnung
- Libri GmbH
- Europaallee 1
- 36244 Bad Hersfeld
- gpsr@libri.de
- Verlag: Cambridge University Press
- Seitenzahl: 398
- Erscheinungstermin: 9. Februar 2011
- Englisch
- Abmessung: 229mm x 152mm x 23mm
- Gewicht: 644g
- ISBN-13: 9780521279406
- ISBN-10: 0521279402
- Artikelnr.: 33612464
- Herstellerkennzeichnung
- Libri GmbH
- Europaallee 1
- 36244 Bad Hersfeld
- gpsr@libri.de
Editor's preface; Foreword C. R. W. Spedding; Part I. Introduction: 1. The
purpose of protein production K. L. Blaxter; 2. The meaning of biological
efficiency C. R. W. Spedding; 3. Future demand for protein foods A. A.
Woodham; 4. Factors affecting demand for protein products J. C. McKenzie;
5. Economics of protein production K. E. Hunt; Part II. The Biological
Efficiency of Protein Production by Plants: 6. Biochemical aspects of the
conversion of inorganic nitrogen into plant protein A. J. Keys; 7. The
potential of cereal grain crops for protein production R. N. H. Whitehouse;
8. Plants as sources of unconventional protein foods N. W. Pirie; 9.
Potential protein production of temperate grasses Th. Alberda; Discussion
report J. P. Cooper and P. F. Wareing; Part III. The Biological Efficiency
of Protein Production by Animals: 10. Considerations of the efficiency of
amino acid and protein metabolism in animals P. J. Buttery and E. F.
Annison; 11. Possibilities for changing by genetic means the biological
efficiency of protein production by whole animals J. C. Bowman; 12. Factors
affecting the efficiency of protein production by populations of animals R.
V. Large; 13. The biological efficiency of protein production by animal
production enterprises P. N. Wilson; Discussion report V. R. Fowler and C.
C. Balch; Part IV. The Biological Efficiency of Protein Production by
Ecosystems: 14. The biological efficiency of protein production by grazing
and other land-based systems J. Phillipson; 15. The biological efficiency
of protein production by stall-fed ruminants IT. Homb and D. C. Joshi; 16.
Ecological factors affecting amounts of protein harvested from aquatic
ecosystems H. A. Reiger; Discussion report G. Williams and P. A. Jewell;
Part V. The Biological Efficiency of Industrial Systems of Protein
Production: 17. Conversion of agricultural produce for use as human food F.
Aylward and B. J. F. Hudson; 18. Aspects of protein production by
unicellular organisms M. T. Heydeman; 19. Protein production by unicellular
organisms from hydrocarbon substrates T. Walker; 20. Protein production by
micro-organisms from carbohydrate substrates J. T. Worgan; Discussion
report E. J. Rolfe and A. Spicer; List of participants; Index.
purpose of protein production K. L. Blaxter; 2. The meaning of biological
efficiency C. R. W. Spedding; 3. Future demand for protein foods A. A.
Woodham; 4. Factors affecting demand for protein products J. C. McKenzie;
5. Economics of protein production K. E. Hunt; Part II. The Biological
Efficiency of Protein Production by Plants: 6. Biochemical aspects of the
conversion of inorganic nitrogen into plant protein A. J. Keys; 7. The
potential of cereal grain crops for protein production R. N. H. Whitehouse;
8. Plants as sources of unconventional protein foods N. W. Pirie; 9.
Potential protein production of temperate grasses Th. Alberda; Discussion
report J. P. Cooper and P. F. Wareing; Part III. The Biological Efficiency
of Protein Production by Animals: 10. Considerations of the efficiency of
amino acid and protein metabolism in animals P. J. Buttery and E. F.
Annison; 11. Possibilities for changing by genetic means the biological
efficiency of protein production by whole animals J. C. Bowman; 12. Factors
affecting the efficiency of protein production by populations of animals R.
V. Large; 13. The biological efficiency of protein production by animal
production enterprises P. N. Wilson; Discussion report V. R. Fowler and C.
C. Balch; Part IV. The Biological Efficiency of Protein Production by
Ecosystems: 14. The biological efficiency of protein production by grazing
and other land-based systems J. Phillipson; 15. The biological efficiency
of protein production by stall-fed ruminants IT. Homb and D. C. Joshi; 16.
Ecological factors affecting amounts of protein harvested from aquatic
ecosystems H. A. Reiger; Discussion report G. Williams and P. A. Jewell;
Part V. The Biological Efficiency of Industrial Systems of Protein
Production: 17. Conversion of agricultural produce for use as human food F.
Aylward and B. J. F. Hudson; 18. Aspects of protein production by
unicellular organisms M. T. Heydeman; 19. Protein production by unicellular
organisms from hydrocarbon substrates T. Walker; 20. Protein production by
micro-organisms from carbohydrate substrates J. T. Worgan; Discussion
report E. J. Rolfe and A. Spicer; List of participants; Index.
Editor's preface; Foreword C. R. W. Spedding; Part I. Introduction: 1. The
purpose of protein production K. L. Blaxter; 2. The meaning of biological
efficiency C. R. W. Spedding; 3. Future demand for protein foods A. A.
Woodham; 4. Factors affecting demand for protein products J. C. McKenzie;
5. Economics of protein production K. E. Hunt; Part II. The Biological
Efficiency of Protein Production by Plants: 6. Biochemical aspects of the
conversion of inorganic nitrogen into plant protein A. J. Keys; 7. The
potential of cereal grain crops for protein production R. N. H. Whitehouse;
8. Plants as sources of unconventional protein foods N. W. Pirie; 9.
Potential protein production of temperate grasses Th. Alberda; Discussion
report J. P. Cooper and P. F. Wareing; Part III. The Biological Efficiency
of Protein Production by Animals: 10. Considerations of the efficiency of
amino acid and protein metabolism in animals P. J. Buttery and E. F.
Annison; 11. Possibilities for changing by genetic means the biological
efficiency of protein production by whole animals J. C. Bowman; 12. Factors
affecting the efficiency of protein production by populations of animals R.
V. Large; 13. The biological efficiency of protein production by animal
production enterprises P. N. Wilson; Discussion report V. R. Fowler and C.
C. Balch; Part IV. The Biological Efficiency of Protein Production by
Ecosystems: 14. The biological efficiency of protein production by grazing
and other land-based systems J. Phillipson; 15. The biological efficiency
of protein production by stall-fed ruminants IT. Homb and D. C. Joshi; 16.
Ecological factors affecting amounts of protein harvested from aquatic
ecosystems H. A. Reiger; Discussion report G. Williams and P. A. Jewell;
Part V. The Biological Efficiency of Industrial Systems of Protein
Production: 17. Conversion of agricultural produce for use as human food F.
Aylward and B. J. F. Hudson; 18. Aspects of protein production by
unicellular organisms M. T. Heydeman; 19. Protein production by unicellular
organisms from hydrocarbon substrates T. Walker; 20. Protein production by
micro-organisms from carbohydrate substrates J. T. Worgan; Discussion
report E. J. Rolfe and A. Spicer; List of participants; Index.
purpose of protein production K. L. Blaxter; 2. The meaning of biological
efficiency C. R. W. Spedding; 3. Future demand for protein foods A. A.
Woodham; 4. Factors affecting demand for protein products J. C. McKenzie;
5. Economics of protein production K. E. Hunt; Part II. The Biological
Efficiency of Protein Production by Plants: 6. Biochemical aspects of the
conversion of inorganic nitrogen into plant protein A. J. Keys; 7. The
potential of cereal grain crops for protein production R. N. H. Whitehouse;
8. Plants as sources of unconventional protein foods N. W. Pirie; 9.
Potential protein production of temperate grasses Th. Alberda; Discussion
report J. P. Cooper and P. F. Wareing; Part III. The Biological Efficiency
of Protein Production by Animals: 10. Considerations of the efficiency of
amino acid and protein metabolism in animals P. J. Buttery and E. F.
Annison; 11. Possibilities for changing by genetic means the biological
efficiency of protein production by whole animals J. C. Bowman; 12. Factors
affecting the efficiency of protein production by populations of animals R.
V. Large; 13. The biological efficiency of protein production by animal
production enterprises P. N. Wilson; Discussion report V. R. Fowler and C.
C. Balch; Part IV. The Biological Efficiency of Protein Production by
Ecosystems: 14. The biological efficiency of protein production by grazing
and other land-based systems J. Phillipson; 15. The biological efficiency
of protein production by stall-fed ruminants IT. Homb and D. C. Joshi; 16.
Ecological factors affecting amounts of protein harvested from aquatic
ecosystems H. A. Reiger; Discussion report G. Williams and P. A. Jewell;
Part V. The Biological Efficiency of Industrial Systems of Protein
Production: 17. Conversion of agricultural produce for use as human food F.
Aylward and B. J. F. Hudson; 18. Aspects of protein production by
unicellular organisms M. T. Heydeman; 19. Protein production by unicellular
organisms from hydrocarbon substrates T. Walker; 20. Protein production by
micro-organisms from carbohydrate substrates J. T. Worgan; Discussion
report E. J. Rolfe and A. Spicer; List of participants; Index.