| Author: |
Francisco A. Macías, Juan C. G. Galindo, José M. G. Molinillo & Horace G. Cutler
|
| Release at: | 2004 |
| Pages: | 386 |
| Edition: |
First Edition
|
| File Size: | 6 MB |
| File Type: | |
| Language: | English |
Description of Allelopathy Chemistry and Mode of Action of Allelochemicals
The worldís need for research and development in allelopathy in agriculture, forestry, and ecology will be outlined. The worldís agricultural and forestry production, as well as the ecological dimensions in relation to population, calls for global changes to be brought about by allelopathy. It is important, I think, for us to emphasize the evolutionary nature of these changes in priorities. The judicial use of allelopathy reflects the new priorities and new values that are evolving within our society.
Allelopathy can be a challenge to all disciplines. A team approach to solving these complicated problems is both important and necessary since seldom can all of the research, development or production be accomplished by one group. We must work together to achieve our new goals in improving the quality of life through allelopathy.
Content of Allelopathy Chemistry and Mode of Action of Allelochemicals
Introduction
Reality and Future of Allelopathy..............................................................1
G. R. Waller
Chapter 1
Ecophysiology and Potential Modes of Action for Selected Lichen Secondary
Metabolites ...............................................................................................13
J. G. Romagna, R. C. Rosell, N. P. D. Nanayakkara, and F. E. Dayan
Chapter 2
Bioactive Compounds from Potamogetonaceae on Aquatic Organisms ..35
M. DellaGreca, A. Fiorentino, and M. Isidori
Chapter 3
The fate of Phenolic Allelochemicals in Soils − the Role of Soil and Rhizosphere
Microorganisms ........................................................................................57
U. Blum
Chapter 4
Benzoxazolin-2(3H)-ones − Generation, Effects and Detoxification in the
Competition among Plants........................................................................77
D. Sicker, H. Hao, and M. Schulz
Chapter 5
Heliannanes− a Structure-Activity Relationship (SAR) Study ...................103
F. A. MacÌas, J. M. G. Molinillo, D. Chinchilla and J. C. G. Galindo
Chapter 6
Chemistry of Host-Parasite Interactions ...................................................125
J. C. G. Galindo, F. A. MacÌas, M. D. GarcÌa-DÌaz, and J. JorrÌn
Chapter 7
Application of Analytical Techniques to the Determination of Allelopathic
Agents in Wheat Root Exudates − Practical Case Study .......................149
T. Haig
Chapter 8
The Importance of Alkaloidal Functions ...................................................163
M. S. Blum
Chapter 9
Allelochemical Properties of Quinolizidine Alkaloids ...............................183
M. Wink
Chapter 10
Mode of Action of Phytotoxic Terpenoids ................................................201
S. O. Duke and A. Oliva
Chapter 11
Mode of Allelochemical Action of Phenolic Compounds ..........................217
F. A. Einhellig
Chapter 12
Mode of Action of the Hydroxamic Acid BOA and other Related
Compounds .............................................................................................239
A. M. S·nchez-Moreiras, T. Coba de la PeÒa, A. MartÌnez, L. Gonz·lez,
F. Pellisier, and M. J. Reigosa
Chapter 13
Mode of Action of Phytotoxic Fungal Metabolites ....................................253
H. G. Cutler, S. J. Cutler, and D. Matesic
Chapter 14
Proteomic Techniques for the Study of Allelopathic Stress Produced by
Some Mexican Plants on Protein Patterns of Bean and Tomato Roots ...271
R. Cruz-Ortega, T. Romero-Romero, G. Ayala-Cordero, and A. L. Anaya
Chapter 15
Application of Microscopic Techniques to the Study of Seeds and
Microalgae under Olive Oil Wastewater Stress .......................................289
G. Aliotta, R. Ligrone, C. Ciniglia, A. Pollio, M. Stanzione, and G. Pinto
Chapter 16
Bioassays − Useful Tools for the Study of Allelopathy .............................315
R. E. Hoagland and R. D. Williams
Reality and Future of Allelopathy..............................................................1
G. R. Waller
Chapter 1
Ecophysiology and Potential Modes of Action for Selected Lichen Secondary
Metabolites ...............................................................................................13
J. G. Romagna, R. C. Rosell, N. P. D. Nanayakkara, and F. E. Dayan
Chapter 2
Bioactive Compounds from Potamogetonaceae on Aquatic Organisms ..35
M. DellaGreca, A. Fiorentino, and M. Isidori
Chapter 3
The fate of Phenolic Allelochemicals in Soils − the Role of Soil and Rhizosphere
Microorganisms ........................................................................................57
U. Blum
Chapter 4
Benzoxazolin-2(3H)-ones − Generation, Effects and Detoxification in the
Competition among Plants........................................................................77
D. Sicker, H. Hao, and M. Schulz
Chapter 5
Heliannanes− a Structure-Activity Relationship (SAR) Study ...................103
F. A. MacÌas, J. M. G. Molinillo, D. Chinchilla and J. C. G. Galindo
Chapter 6
Chemistry of Host-Parasite Interactions ...................................................125
J. C. G. Galindo, F. A. MacÌas, M. D. GarcÌa-DÌaz, and J. JorrÌn
Chapter 7
Application of Analytical Techniques to the Determination of Allelopathic
Agents in Wheat Root Exudates − Practical Case Study .......................149
T. Haig
Chapter 8
The Importance of Alkaloidal Functions ...................................................163
M. S. Blum
Chapter 9
Allelochemical Properties of Quinolizidine Alkaloids ...............................183
M. Wink
Chapter 10
Mode of Action of Phytotoxic Terpenoids ................................................201
S. O. Duke and A. Oliva
Chapter 11
Mode of Allelochemical Action of Phenolic Compounds ..........................217
F. A. Einhellig
Chapter 12
Mode of Action of the Hydroxamic Acid BOA and other Related
Compounds .............................................................................................239
A. M. S·nchez-Moreiras, T. Coba de la PeÒa, A. MartÌnez, L. Gonz·lez,
F. Pellisier, and M. J. Reigosa
Chapter 13
Mode of Action of Phytotoxic Fungal Metabolites ....................................253
H. G. Cutler, S. J. Cutler, and D. Matesic
Chapter 14
Proteomic Techniques for the Study of Allelopathic Stress Produced by
Some Mexican Plants on Protein Patterns of Bean and Tomato Roots ...271
R. Cruz-Ortega, T. Romero-Romero, G. Ayala-Cordero, and A. L. Anaya
Chapter 15
Application of Microscopic Techniques to the Study of Seeds and
Microalgae under Olive Oil Wastewater Stress .......................................289
G. Aliotta, R. Ligrone, C. Ciniglia, A. Pollio, M. Stanzione, and G. Pinto
Chapter 16
Bioassays − Useful Tools for the Study of Allelopathy .............................315
R. E. Hoagland and R. D. Williams
0 comments: