mostafa.redwan

Mostafa GamalEldeen Taha Redwan

Professor - Professor of Environmental Geochemistry at Sohag Faculty of Science-Geology Department

Faculty of science

Address: Sohag Faculty of Science, Geology dep., P.O. Box 82524, Sohag, Egypt

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Publications Which contain the keyword: Organogenesis

Hormonal Requirements Trigger Different Organogenic Pathways on Tomato Nodal Explants

2018-10-10 10:43:30 Keywords Organogenesis, Tissue Culture, ,
Hormonal Requirements Trigger Different Organogenic Pathways on Tomato Nodal Explants
In this work, nodal-disk segments (4 - 6 mm in diameter × 5 - 6 mm in length) were obtained from established shoot culture, resulted from disinfected tomato seedlings, and they were suitable to induce different organogenic pathway under the influence of specific hormonal treatment. Application of BAP (1 - 2.5 mg/l) alone or in combination of 0.5 mg/l NAA ... Read more

Essential factors for in vitro regeneration of rose and a protocol for plant regeneration from leaves

2018-10-06 14:56:17 Keywords Direct regeneration, Organogenesis, embryogenesis, Leaf discs, Rosa hybrida,
Essential factors for in vitro regeneration of rose and a protocol for plant regeneration from leaves
_In vitro_ propagation of _Rosa hybrida_, L. cv. ‘Eiffel Tower’ was improved by the addition of thidiazuron (TDZ) and silver nitrate (AgNo3) to the culture medium. The combination of auxin and cytokinins was indispensable for inducing response from leaf discs. Maintaining cultures under dark was better than light for callus formation and quality. The source of explants was vital in ... Read more

Hormonal Requirements Trigger Different Organogenic Pathways on Tomato Nodal Explants

2018-09-19 15:38:22 Keywords Growth Regulators, Nodal Segment, Organogenesis, Tissue Culture, Tomato,
Hormonal Requirements Trigger Different Organogenic Pathways on Tomato Nodal Explants
In this work, nodal-disk segments (4 - 6 mm in diameter × 5 - 6 mm in length) were obtained from established shoot culture, resulted from disinfected tomato seedlings, and they were suitable to induce different organogenic pathway under the influence of specific hormonal treatment. Application of BAP (1 - 2.5 mg/l) alone or in combination of 0.5 mg/l NAA ... Read more

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