| TÃtulo : |
Thidiazuron: From Urea Derivative to Plant Growth Regulator |
| Tipo de documento: |
documento electrónico |
| Autores: |
Ahmad, Naseem, ; Faisal, Mohammad, |
| Mención de edición: |
1 ed. |
| Editorial: |
Singapore [Malasya] : Springer |
| Fecha de publicación: |
2018 |
| Número de páginas: |
XIII, 491 p. 51 ilustraciones, 36 ilustraciones en color. |
| ISBN/ISSN/DL: |
978-981-10-8004-3 |
| Nota general: |
Libro disponible en la plataforma SpringerLink. Descarga y lectura en formatos PDF, HTML y ePub. Descarga completa o por capítulos. |
| Idioma : |
Inglés (eng) |
| Palabras clave: |
BiotecnologÃa vegetal EcologÃa vegetal Planta FisiologÃa de las plantas Técnicas citológicas Desarrollo de plantas |
| Clasificación: |
631.52 |
| Resumen: |
La biotecnologÃa vegetal es una rama de gran interés para académicos e investigadores en los últimos tiempos. Hoy en dÃa, se convierte en una herramienta muy útil en agricultura y medicina y se considera un área popular de investigación, especialmente en ciencias biológicas, porque hace un uso integral de la bioquÃmica, la biologÃa molecular y las ciencias de la ingenierÃa para lograr la aplicación tecnológica de tejidos cultivados. células y microbios. El cultivo de tejidos vegetales (PTC) se refiere a una técnica de cultivo de células vegetales y otras partes en un medio nutritivo artificial en un ambiente controlado en condiciones asépticas. El PTC requiere diversos nutrientes, pH, fuente de carbono, agente gelificante, temperatura, fotoperiodo, humedad, etc. y, lo más importante, el uso sensato de reguladores del crecimiento de las plantas. Se emplean diversos derivados naturales, adenina y fenilurea, para la inducción y proliferación de diferentes tipos de explantes. Se evaluaron varios derivados de fenil urea y se observó que el tidiazurón (n-fenil-N"-1,2,3-tidiazol-5-ulurea) era el más activo entre los reguladores del crecimiento de las plantas. El tidiazurón (TDZ) fue Inicialmente se desarrolló como un defoliante del algodón y mostró una alta actividad similar a la citoquinina. En algunos ejemplos, su actividad fue 100 veces mayor que la de BA en el ensayo de callos de tabaco y produce una mayor cantidad de brotes en cultivos que Zeatin y 2iP. También mostraron un avance importante en el cultivo de tejidos. de varias leguminosas recalcitrantes y especies leñosas Durante las últimas dos décadas, varios laboratorios han estado trabajando en TDZ con diferentes aspectos y hasta donde sabemos, no existe un volumen editado completo sobre este tema en particular. Por lo tanto, el volumen editado es un acto para consolidar la información dispersa sobre el papel de TDZ en el cultivo de tejidos vegetales y las manipulaciones genéticas que, con suerte, resultarán informativas para diversas investigaciones. Thidiazuron: From Urea Derivative to Plant Growth Regulator recopila varios aspectos de TDZ en. Cultivo de Tejidos Vegetales con implicaciones rentables. El libro proporcionará material básico para académicos e investigadores que quieran iniciar su trabajo en esta fascinante área de investigación. El libro contendrá 26 capÃtulos compilados por dignatarios internacionales y brindará asà una visión holÃstica del volumen editado. |
| Nota de contenido: |
1. Thidiazuron: Modulator of Morphogenesis in Vitro -- 2. TDZ - Mode of Action, Use and Potential in Agriculture -- 3. TDZ-Induced Morphogenesis Pathways in Woody Plant Culture -- 4. Thidiazuron in Micropropagation of Aroid Plants -- 5. Use of TDZ for Micropropagation of Some Mediterranean Crop Species -- 6. Thidiazuron in Micropropagation of Small Fruits -- 7. TDZ in Cereal Gametic Embryogenesis -- 8. Preconditioning of Nodal Explants in Thidiazuron Supplemented Liquid Media Improves Shoot Multiplication in Pterocarpus Marsupium (Roxb) -- 9. Application of Thidiazuron in the Micropropagation of Fagaceae -- 10. In Vitro Morphogenesis of Woody Plants Using Thidiazuron -- 11. Thidiazuron Influenced Morphogenesis in Some Medicinal Plants -- 12. In vitro Morphogenesis of Some Himalayan Flora using TDZ - A Potential Plant Growth Regulator -- 13. Thidiazuron Induced Protocorm-Like Bodies in Orchid: Progress and Prospects -- 14. Thidiazuron (TDZ): A Callus Minimizer for In Vitro Plant Production -- 15. The Applications of TDZ in Medicinal Plant Tissue Culture -- 16. Factors Affecting Thidiazuron-Induced Direct Somatic Embryogenesis of PHALAENOPSIS Aphrodite -- 17. TDZ Induced Diverse In vitro Responses in Some Economically Important Plants -- 18. Regulation of Morphogenesis and Improvement in shoot Multiplication in Vitex Species Using Thidiazuron -- 19. TDZ-Induced Regeneration in Stevia rebaudiana Bertoni: An Important Natural Sweetener -- 20. Shoot Organogenesis of Aloe Plants with Emphasis on TDZ -- 21. Morphogenic Potential of Different Explants of Broccoli (Brassica oleracea L. var. italica): important "nutrient rich" Vegetable, using Thidiazuron. -- 22. Thidiazuron: A Potent Phytohormone for in Vitro Regeneration -- 23. TDZ-Induced Plant Regeneration in Jatropha curcas: a promisingBiofuel Plant -- 24. Role of Thidiazuron in Modulation of Shoot Multiplication Rate in Micropropagation of Rauvolfia Species -- 25. Effect of TDZ on Various Plant Cultures -- 26. Role of Thidiazuron in Tissue Culture of Orchids -- 27. Thidiazuron as an Elicitorin The Production of Secondary Metabolite -- 28. Thidiazuron: An Effective Plant Growth Regulator on In Vitro Cloning of Slow Growing Economic Rattan Palms in Southern Western Ghats for Eco-Restoration and Consistent Utilisation. |
| Tipo de medio : |
Computadora |
| Summary : |
Plant biotechnology is a most interesting branch for academicians and researchers in recent past. Now days, it becomes a very useful tool in agriculture and medicine and is regarded as a popular area of research especially in biological sciences because it makes an integral use of biochemistry, molecular biology and engineering sciences in order to achieve technological application of cultured tissues, cell and microbes. Plant tissue culture (PTC) refers to a technique of cultivation of plant cells and other parts on artificial nutrient medium in controlled environment under aseptic conditions. PTC requires various nutrients, pH, carbon source, gelling agent, temperature, photoperiod, humidity etc. and most importantly the judicious use of plant growth regulators. Various natural, adenine and phenyl urea derivatives are employed for the induction and proliferation of different types of explants. Several phenyl urea derivatives were evaluated and it was observed that thidiazuron (n-phenyl-N"-1,2,3- thidiazol-5-ulurea) was found to be the most active among the plant growth regulators. Thidiazuron (TDZ) was initially developed as a cotton defoliant and showed high cytokinin like activity. In some examples, its activity was 100 times more than BA in tobacco callus assay and produces more number of shoots in cultures than Zeatin and 2iP. TDZ also showed major breakthrough in tissue culture of various recalcitrant legumes and woody species. For the last two decades, number of laboratories has been working on TDZ with different aspect and number of publications has come out. To the best of our knowledge, there is no comprehensive edited volume on this particular topic. Hence th,e edited volume is a deed to consolidate the scattered information on role of TDZ in plant tissue culture and genetic manipulations that would hopefully prove informative to various researches. Thidiazuron: From Urea Derivative to Plant Growth Regulator compiles various aspects of TDZ in Plant Tissue Culture with profitable implications. The book will provides basic material for academicians and researchers who want to initiate work in this fascinating area of research. The book will contain 26 chapters compiled by International dignitaries and thus giving a holistic view to the edited volume. |
| Enlace de acceso : |
https://link-springer-com.biblioproxy.umanizales.edu.co/referencework/10.1007/97 [...] |
Thidiazuron: From Urea Derivative to Plant Growth Regulator [documento electrónico] / Ahmad, Naseem, ; Faisal, Mohammad, . - 1 ed. . - Singapore [Malasya] : Springer, 2018 . - XIII, 491 p. 51 ilustraciones, 36 ilustraciones en color. ISBN : 978-981-10-8004-3 Libro disponible en la plataforma SpringerLink. Descarga y lectura en formatos PDF, HTML y ePub. Descarga completa o por capítulos. Idioma : Inglés ( eng)
| Palabras clave: |
BiotecnologÃa vegetal EcologÃa vegetal Planta FisiologÃa de las plantas Técnicas citológicas Desarrollo de plantas |
| Clasificación: |
631.52 |
| Resumen: |
La biotecnologÃa vegetal es una rama de gran interés para académicos e investigadores en los últimos tiempos. Hoy en dÃa, se convierte en una herramienta muy útil en agricultura y medicina y se considera un área popular de investigación, especialmente en ciencias biológicas, porque hace un uso integral de la bioquÃmica, la biologÃa molecular y las ciencias de la ingenierÃa para lograr la aplicación tecnológica de tejidos cultivados. células y microbios. El cultivo de tejidos vegetales (PTC) se refiere a una técnica de cultivo de células vegetales y otras partes en un medio nutritivo artificial en un ambiente controlado en condiciones asépticas. El PTC requiere diversos nutrientes, pH, fuente de carbono, agente gelificante, temperatura, fotoperiodo, humedad, etc. y, lo más importante, el uso sensato de reguladores del crecimiento de las plantas. Se emplean diversos derivados naturales, adenina y fenilurea, para la inducción y proliferación de diferentes tipos de explantes. Se evaluaron varios derivados de fenil urea y se observó que el tidiazurón (n-fenil-N"-1,2,3-tidiazol-5-ulurea) era el más activo entre los reguladores del crecimiento de las plantas. El tidiazurón (TDZ) fue Inicialmente se desarrolló como un defoliante del algodón y mostró una alta actividad similar a la citoquinina. En algunos ejemplos, su actividad fue 100 veces mayor que la de BA en el ensayo de callos de tabaco y produce una mayor cantidad de brotes en cultivos que Zeatin y 2iP. También mostraron un avance importante en el cultivo de tejidos. de varias leguminosas recalcitrantes y especies leñosas Durante las últimas dos décadas, varios laboratorios han estado trabajando en TDZ con diferentes aspectos y hasta donde sabemos, no existe un volumen editado completo sobre este tema en particular. Por lo tanto, el volumen editado es un acto para consolidar la información dispersa sobre el papel de TDZ en el cultivo de tejidos vegetales y las manipulaciones genéticas que, con suerte, resultarán informativas para diversas investigaciones. Thidiazuron: From Urea Derivative to Plant Growth Regulator recopila varios aspectos de TDZ en. Cultivo de Tejidos Vegetales con implicaciones rentables. El libro proporcionará material básico para académicos e investigadores que quieran iniciar su trabajo en esta fascinante área de investigación. El libro contendrá 26 capÃtulos compilados por dignatarios internacionales y brindará asà una visión holÃstica del volumen editado. |
| Nota de contenido: |
1. Thidiazuron: Modulator of Morphogenesis in Vitro -- 2. TDZ - Mode of Action, Use and Potential in Agriculture -- 3. TDZ-Induced Morphogenesis Pathways in Woody Plant Culture -- 4. Thidiazuron in Micropropagation of Aroid Plants -- 5. Use of TDZ for Micropropagation of Some Mediterranean Crop Species -- 6. Thidiazuron in Micropropagation of Small Fruits -- 7. TDZ in Cereal Gametic Embryogenesis -- 8. Preconditioning of Nodal Explants in Thidiazuron Supplemented Liquid Media Improves Shoot Multiplication in Pterocarpus Marsupium (Roxb) -- 9. Application of Thidiazuron in the Micropropagation of Fagaceae -- 10. In Vitro Morphogenesis of Woody Plants Using Thidiazuron -- 11. Thidiazuron Influenced Morphogenesis in Some Medicinal Plants -- 12. In vitro Morphogenesis of Some Himalayan Flora using TDZ - A Potential Plant Growth Regulator -- 13. Thidiazuron Induced Protocorm-Like Bodies in Orchid: Progress and Prospects -- 14. Thidiazuron (TDZ): A Callus Minimizer for In Vitro Plant Production -- 15. The Applications of TDZ in Medicinal Plant Tissue Culture -- 16. Factors Affecting Thidiazuron-Induced Direct Somatic Embryogenesis of PHALAENOPSIS Aphrodite -- 17. TDZ Induced Diverse In vitro Responses in Some Economically Important Plants -- 18. Regulation of Morphogenesis and Improvement in shoot Multiplication in Vitex Species Using Thidiazuron -- 19. TDZ-Induced Regeneration in Stevia rebaudiana Bertoni: An Important Natural Sweetener -- 20. Shoot Organogenesis of Aloe Plants with Emphasis on TDZ -- 21. Morphogenic Potential of Different Explants of Broccoli (Brassica oleracea L. var. italica): important "nutrient rich" Vegetable, using Thidiazuron. -- 22. Thidiazuron: A Potent Phytohormone for in Vitro Regeneration -- 23. TDZ-Induced Plant Regeneration in Jatropha curcas: a promisingBiofuel Plant -- 24. Role of Thidiazuron in Modulation of Shoot Multiplication Rate in Micropropagation of Rauvolfia Species -- 25. Effect of TDZ on Various Plant Cultures -- 26. Role of Thidiazuron in Tissue Culture of Orchids -- 27. Thidiazuron as an Elicitorin The Production of Secondary Metabolite -- 28. Thidiazuron: An Effective Plant Growth Regulator on In Vitro Cloning of Slow Growing Economic Rattan Palms in Southern Western Ghats for Eco-Restoration and Consistent Utilisation. |
| Tipo de medio : |
Computadora |
| Summary : |
Plant biotechnology is a most interesting branch for academicians and researchers in recent past. Now days, it becomes a very useful tool in agriculture and medicine and is regarded as a popular area of research especially in biological sciences because it makes an integral use of biochemistry, molecular biology and engineering sciences in order to achieve technological application of cultured tissues, cell and microbes. Plant tissue culture (PTC) refers to a technique of cultivation of plant cells and other parts on artificial nutrient medium in controlled environment under aseptic conditions. PTC requires various nutrients, pH, carbon source, gelling agent, temperature, photoperiod, humidity etc. and most importantly the judicious use of plant growth regulators. Various natural, adenine and phenyl urea derivatives are employed for the induction and proliferation of different types of explants. Several phenyl urea derivatives were evaluated and it was observed that thidiazuron (n-phenyl-N"-1,2,3- thidiazol-5-ulurea) was found to be the most active among the plant growth regulators. Thidiazuron (TDZ) was initially developed as a cotton defoliant and showed high cytokinin like activity. In some examples, its activity was 100 times more than BA in tobacco callus assay and produces more number of shoots in cultures than Zeatin and 2iP. TDZ also showed major breakthrough in tissue culture of various recalcitrant legumes and woody species. For the last two decades, number of laboratories has been working on TDZ with different aspect and number of publications has come out. To the best of our knowledge, there is no comprehensive edited volume on this particular topic. Hence th,e edited volume is a deed to consolidate the scattered information on role of TDZ in plant tissue culture and genetic manipulations that would hopefully prove informative to various researches. Thidiazuron: From Urea Derivative to Plant Growth Regulator compiles various aspects of TDZ in Plant Tissue Culture with profitable implications. The book will provides basic material for academicians and researchers who want to initiate work in this fascinating area of research. The book will contain 26 chapters compiled by International dignitaries and thus giving a holistic view to the edited volume. |
| Enlace de acceso : |
https://link-springer-com.biblioproxy.umanizales.edu.co/referencework/10.1007/97 [...] |
|  |
Crear una solicitud de compra Refinar búsquedaMeta-topolin: A Growth Regulator for Plant Biotechnology and Agriculture / Ahmad, Naseem ; Strnad, Miroslav
