Am J Leuk Res | Volume 5, Issue 1 | Research Article | Open Access

Development of Multigenic Sugarcane to Decrease the Production Cost in Pakistan

Zahida Qamar1*, Idrees Ahmad Nasir1, Mounir G Abouhaidar2, Kathleen L Hefferon3 and Ahmad Ali Shahid1

1Centre of Excellence in Molecular Biology, University of the Punjab Lahore, Pakistan
2Department of Cell and Systems Biology, University of Toronto, Canada
3Department of Microbiology, Cornell University Ithaca, USA
4Institute of Molecular Biology and Biotechnology, The University of Lahore, Pakistan

*Correspondance to: Zahida Qamar 

Fulltext PDF


Due to higher amount of sucrose, sugarcane is grown commercially. In order to save sucrose yields, various studies have been designed to develop resistance in sugarcane against weeds and stem borers. In this study, two problems had been addressed by genetic manipulation of sugarcane to make them resistant against both herbicides and insects by expressing glyphosate resistant gene (CEMB-GTGene) and borer resistant genes (CEMB-Cry1Ac and CEMB-Cry2A) under control of NOs terminator and maize ubiquitin promoter. Mortality percentage of shoot borers Chilo infuscatellus was determined by assessing the Cry proteins through insect Bio-toxicity assays. Results showed that in 80 days old transgenic plants, 100% mortality rates of Chilo infuscatellus have been found showing that there was high resistance in transgenic sugarcanes against shoot borers and sufficient gene expression to fully resist target pests. Weed management was done by glyphosate spray assays. 70% to 76% of the transgenic plants were identified to be glyphosate resistant (3000 ml/Ha) in V1 generation while 100% tolerant in V2 generation. Thus, this transgenic sugarcane will help to boost sugarcane yield in the country as it now successfully provides resistance against both stemborers and glyphosate herbicides.


Qamar Z, Nasir IA, Abouhaidar MG, Hefferon KL, Shahid AA. Development of Multigenic Sugarcane to Decrease the Production Cost in Pakistan. Am J Leuk Res. 2022; 5(1): 1022.

Subscribe to Our Newsletter