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Assessment of Adaptation, Regeneration Capability and Fatty Acid Profiles of LiCl Adapted and Unadapted Cell Lines of Oryza sativa L. Cv. Swat-1

Assessment of Adaptation, Regeneration Capability and Fatty Acid Profiles of LiCl Adapted and Unadapted Cell Lines of Oryza sativa L. Cv. Swat-1

Qudsia Khalid, Safdar Hussain Shah*, Faiza Zaeem and Saad Hussain Shah 

Plant Tissue Culture and Genetic Resource Conservation Division, Institute of Biotechnology and Genetic Engineering, The University of Agriculture Peshawar, KPK, Pakistan.

drsfadarshah@yahoo.co.in 

Figure 1

Indices of tolerance of unadapted and adapted calli lines of rice (Oryza sativa.L.cv.Swat-1) under NaCl stress. RM=control line on control media and adapted line on 25 mM LiCl stressed media. The bars represent the mean values of 5 replicates +SE. 

Figure 2

Fatty Acid profile of unadapted and adapted cell lines of rice. (a) saturated fatty acids, (b) unsaturated fatty acids. The bars represent the mean values of 5 replicates +SE. 

Figure 3

Sequential steps in adaptation and regeneration process. a) Callus induction from rice seeds, b) unadapted calli line, c) LiCl adapted calli line, d) 1: embryogenic calli, 2: non embrugenic calli, e) regenerated plantlets and f) plantlets transferred to liquid medium. 

Figure 4

Regeneration of unadapted line during different subcultures. a). regeneration during first culture, b) regeneration during 2nd subculture, c); regeneration during 3rd subculture. 

Figure 5

Regeneration of adapted line during different subcultures a) regeneration during first culture b) regeneration during 2nd subculture c) regeneration during 3rd subculture. 

Figure 6

Adapted calli on regeneration media with10 mM LiCl 10 days after first culturing. 

Sarhad Journal of Agriculture

March

Sarhad Journal of Agriculture, Vol.40, Iss. 1, Pages 01-262

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