Similar Items: The over-expression of a late embryogenesis abundant protein in sugarcane to improve water-deficit stress tolerance.
- Assessment of mutant N19 sugarcane lines for drought tolerance
- Analysis of the role of transcription factors in enhancing drought tolerance in sugarcane (Saccharum spp.)
- Investigating the role of a pyrabactin resistance 1-like abscisic acid receptor gene to improve drought tolerance in sugarcane
- Differential gene expression in the culm of sugarcane during development, with special emphasis on the storage parenchyma cells
- Induced mutagenesis through gamma irradiation of embryogenic callus and selection for drought tolerance in sugarcane
- Gene discovery and expression analysis in sugarcane leaf and culm
Author: Van der Vyver, Christell
- Assessment of mutant N19 sugarcane lines for drought tolerance
- Genetic manipulation of trehalose-6-phosphate synthase – a study on the functional activity and role in carbohydrate homeostasis in plants
- Investigating the role of a pyrabactin resistance 1-like abscisic acid receptor gene to improve drought tolerance in sugarcane
- The over-expression of a late embryogenesis abundant protein in sugarcane to improve water-deficit stress tolerance.
- NAC transcription factors in sugarcane and their functional role in drought tolerance
- Induced mutagenesis through gamma irradiation of embryogenic callus and selection for drought tolerance in sugarcane