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E. Hukić, A. Dounavi, D. Ballian: ANALIZA DNA HIBRIDNIH PLATANA (Platanus acerifolia /Aiton/ Willd.) . Šumarski list br. 7–8, CXXXII (2008), 337-341 LITERATURA – References Axelrod, D. I. 1975: Evolution and biogeography of nus (Platanaceae). Camptes Rendus de l’Acade- Madreantethyan slereophyll vegetation. Annals mie des Sciences Serie III, 295: 251–254. of the Missouri Botanical Garden 62: 280–334. Nixon, K. C., J. M. Poole, 2003: Revision of the Bajrović, K., A. Jevrić-Čaušević, R. Hadži-Mexican and Guatemalan species of Platanus selimović, (eds.) 2005: Uvod u genetičko in-(Platanaceae). Lundellia 6: 103–137. ženjerstvo i biotehnologiju. INGEB, Sarajevo. Sajal, J., A. Kosova, A. Kormutak, A. Walles, Besnard, G., A. Tagmount, P. Baradat, A. Vi -1998: Ultrastructural and molecular study gouroux, A. Berville, 2002: Molecular apof plastid inheritance in Abies alba and some proach of genetic affinities between wild and orAbies hybrids, Sexual Plant Reproduction, 11 namental Platanus, Euphytica 126: 126, 401–412. (5); 284–291. Deguilloux, M. F., S. Dumolin-Lapegue, L. Stefanović, V., 1977: Fitocenologija sa pregledom G ie l l y, D. Gr i v e t i R. J. P et i t, 2003: A set šumskih fitocenoza Jugoslavije, Sarajevo. of primers for the amplification of chloroplast Tab e r l e t , P., L. G i e l ly, G. P a u to u n , J. B o u v e t , microsatellites in Quercus. Molecular Ecology 1991: Universal primers for amplication of three Notes 3(1) : 24–25. non non-codeing regions of chloroplast DNA. Dewey, R. E., C. S. III Levings, D. H. Timothy, Plant Molecular Biology 17: 1105–1109. 1986: Novel Recombination in the Maize Mito-Vigouroux, A., G. Besnard, K. Sosseeychondrial Genome Produce a Unique Transcrip-Alaoui , M. Terasac, A. Breville , 1997: tional Unit in the Texas Male-Sterile Cytoplasm. Le statut d’hybride de Platanus acerifolia confir- Cell, Vol. 44, 439–449. mé et celui de P. densicoma mis en évidence a Hebel, I., R. Haas, A. Dounavi, 2006: Genetic Val’aide de marqueurs génétiques moléculaires; conriation of Common Ash (Fraxinus excelsior L.) séquences, Acta bot. Gallica, 144 (2): 243–251. Population From Provance Regions in Southern Weising, K., H. Nybom, K. Wolff, G. Kahl, Germany by Using Nuclear and Chloroplast 2005: DNA Fingerprinting in Plants, Principles, Microsatellites, Silvae Genetica 55 (1): 38–44. Methods, and Applications (dodati referencu do Henry, A., M. G. Flood, 1991: The history of Lonkraja). don plane (Platanus acerifolia). Notes on the YunFeng, Sang-Hun Oh, P. S. Manos, 2005: genus Platanus. Proc. R. Irish. Acad., Gard. Phylogeny and Historical Biogeography of the Chron., 1856: 282. Genus Platanus as Inferred From Nuclear and Jovanović, B. 1971: Dendrologija sa osnovama fi-Chloroplast DNA, Systematic Botany, 30 (4): tocenologije, Beograd. 786–799. L e roy, J. F. 1982: Origine et evolution du genre Plata-www.aranya.co.uk/planes/text/leaf/photos.html SUMMARY: Interspecific hybridization often blurs the species boundaries both in natural and artificial conditions. Thus a verification of identity based on morphological characters only is not sometimes fully reliable. Such an example is the case of Platanus x acerifolia and P. orientalis co-occurring in city tree line, parks and artificial stands. Therefore we carried out an analysis using molecular markers to distinguish tree individuals that could not be assigned either to P. x acerifolia or P. orientalis. The individuals of P. x acerifolia and P. orientalis originated from three mixed groups collected in Sarajevo area and a group of P. orientalis from Cyprus was used as a control group. The four cpDNA microsatelite primers (ccmp3, ccmp6, ccmp7, ccmp10), an ITS sequence of trnT-trnL region and a pair of 5S nDNA primers were used to distinguish Platanus sp. individuals. No polymorphism was detected for any of analyzed DNA sequences and therefore distinction between the plane trees could not be achieved. The lack of polymorphism might be explained by dominant mode of inheritance for targeted sequences that are maternally transferred in hybridization processes. Key words: London planetree (Patanus x acerifolia), DNA, microsatelite |