Table of contents
THE ROLE OF BIOTECHNOLOGIES IN THE DEVELOPMENT OF SUNFLOWER CULTURES IN THE WORLD
Mauro Durante, Gian Paolo Vannozzi, Claudio Pugliesi and Rodolfo Bernardi
MOLECULAR DIVERSITY OF CMS SOURCES AND FERTILITY RESTORATION IN THE GENUS Helianthus
Renate Horn, Barbara Kusterer, Eduard Lazarescu,Markus Prüfe, Nehir Özdemir and Wolfgang Friedt
MAPPING OF THE RESTORER GENE Rf1 IN SUNFLOWER (Helianthus annuus L.)
Barbara Kusterer, Markus Prüfe, Eduard Lazarescu, Nehir Özdemir, Wolfgang Friedt and Renate Horn
AFLP MARKERS FOR THE STUDY OF INTROGRESSION BETWEEN WILD SUNFLOWER SPECIES (H. argophyllus & H. debilis ssp. cucumerifolius) & IN RELATION WITH H. annuus
Vischi, M., Nonino, F. and Olivieri, A.M.
SUNFLOWER INBRED LINES DERIVED FROM INTERSPECIFIC HYBRIDS
Monica Iuoraþ, A.V. Vrânceanu, D. Stanciu and I. Sorega
USING THE COLLECTION OF WILD SPECIES IN SUNFLOWER BREEDING
N. Tavoljanski, A. Yesaev, V. Yakutkin, E. Akhtulova and V. Tikhomirov
WILD PERENNIAL SUNFLOWER AS A POTENTIAL SOURCE OF REDUCED PALMITIC & STEARIC FATTY ACIDS IN SUNFLOWER OIL
Gerald J. Seiler
INHERITANCE OF OLEIC ACID CONTENT IN F2 AND A POPULATION OF RECOMBINANT INBRED LINES SEGREGATING FOR THE HIGH OLEIC TRAIT IN SUNFLOWER
Séverine Lacombe, Sandrine Léger, François Kaan and André Bervillé
REPEATS OF AN OLEATE DESATURASE REGION CAUSE SILENCING OF THE NORMAL GENE EXPLAINING THE HIGH OLEIC PERVENETS SUNFLOWER MUTANT
Séverine Lacombe, Albert G. Abbott and André Bervillé
INHERITANCE OF OLEIC ACID CONTENT OF F1 SEED IN A COMPLETE DIALLEL CROSS BETWEEN SEVEN SUNFLOWER LINES
Didier Varès, Séverine Lacombe,Yves Griveau, André Bervillé and François Kaan
INHERITANCE OF REDUCED SATURATED FATTY ACID CONTENT IN SUNFLOWER OIL
Brady A. Vick, C.C. Jan and Jerry F. Miller.
INTERSPECIFIC HYBRIDIZATION, GENE TRANSFER & THE DEVELOPMENT OF RESISTANCE TO THE BROOMRAPE RACE F IN SPAIN
C.C. Jan and J.M. Fernandez-Martinez
INHERITANCE OF RESISTANCE TO A HIGHLY VIRULENT RACE F OF Orobanche cumana Wallr. IN A SUNFLOWER LINE DERIVED FROM INTERSPECIFIC AMPHIPLOIDS
B. Pérez-Vich, B. Akhtouch, J. Muñoz-Ruz, J.M. Fernández-Martínez and C.C. Jan
USE OF OXALIC ACID FOR SCREENING INTACT SUNFLOWER PLANTS FOR RESISTANCE TO Sclerotinia in vitro
Dragana Vasic, Dragan Škoric, Ksenija Taški and Ljiljana Stošic
Phoma macdonaldii BOEREMA / Helianthus annuus L. INTERACTION
C. Larfeil, G. Dechamp-Guillaume and G. Barrault
THE SUNFLOWER DWARF MUTANT dw1: EFFECTS OF GIBBERELLIC ACID TREATMENT
F. Cecconi, M. Gaetani, C. Lenzi and M. Durante.
SOURCES OF RESISTANCE TO Sclerotinia sclerotiorum (Lib.) de Bary IN A NATURAL Helianthus GENE POOL
C. Cerboncini, G. Beine, P.C. Binsfeld, B. Dresen, H. Peisker, A. Zerwas and H. Schnabl
EVALUATION OF GENETIC VARIABILITY FOR Sclerotinia sclerotiorum (Lib.) de Bary RESISTANCE IN SUNFLOWER & UTILIZATION OF ASSOCIATED MOLECULAR MARKERS
M. Baldini, M. Turi, M. Vischi, G.P. Vannozzi and A.M. Olivieri
BIOTECHNOLOGICAL METHODS APPLIED TO PRODUCE Sclerotinia sclerotiorum RESISTANT SUNFLOWER
H. Schnabl, P.C. Binsfeld, C. Cerboncini, B. Dresen, H. Peisker, R. Wingender and A. Henn.
