Machuka, JesseTaracha, C.Nangayo, F.Ombakho, G.2014-07-142014-07-142010Proceedings of The 12TH KARI Biennial Scientific Conference “Transforming Agriculture for improved livelihoods through Agricultural Product Value Chains”http://www.kari.org/conference/conference12/docs/REGENERATION%20AND%20TRANSFORMATION%20POTENTIAL%20OF%20ELITE%20KENYAN%20HIGHLAND%20MAIZE%20INBRED%20LINES.pdfhttp://ir-library.ku.ac.ke/handle/123456789/10396Agrobacterium-mediated transformation of tropical maize has been manipulated in only a limited number of genotypes, because a majority of maize germplasm isrecalcitrant toin vitroresponse. Establishment of a highly efficiency and widely used tissue culture system for maize will accelerate the application of transformation technology in breeding programs, and the study of the functions of maize specific genes. Out of the three media evaluated, it was established that two media could guarantee the production and proliferation of a large number of embyogenic calli with high regeneration capacityfrom immature zygotic embryos representing different maize germplasm. The results suggest that the evaluated tissue system will be widely applicable for the tissue culture of Elite Kenyan Highland inbred maize linesenEmbryogenic callimmature zygotic embryosAgro bacterium-mediated transformationmaize germplasmArticle