Use of methods of biotechnology and molecular biology in sunflower breeding: Achievements in the world
Upotreba biotehnoloških i metoda molekularne biologije u oplemenjivanju suncokreta - dostignuća u svetu
Abstract
Sunflower is one of four the most important oil crops in the world. Over the past decade yield and world sunflower production has increased by 70%. This success has resulted both from the optimization of agricultural technology and breeding for more productive hybrids. However, the development of serious diseases caused by Phomopsis and Sclerotinia sp., and the high industrial demands concerning quality implies the introduction of new genetic characteristics in the sunflower genome. Biotechnology involving modern tissue culture, cell biology and molecular biology offers the opportunity of widening cultivated sunflower genetic base and developing new germplasms, better adapted to the new market and production demands. In this paper a review is given of biotechnological and techniques of molecular biology successfully used in sunflower breeding. Special attention was payed to the results presented at 15th International Sunflower Conference.
Suncokret spada među četiri najvažnije uljane kulture u svetu. Tokom protekle dekade prinos i proizvodnja suncokreta u svetu su porasli za 70%, što je posledica optimizacije agrotehničkih mera kao i stvaranja sve produktivnijih hibrida. Ipak, pojava opasnih oboljenja izazvanih Phomopsis i Sclerotinia sp. i povećani zahtevi industrije u pogledu kvaliteta su doveli do potrebe uvođenja novih genetskih svojstava u genom gajenog suncokreta. Biotehnologija, odnosno moderna kultura tkiva, biologija ćelije i molekularna biologija pružaju mogućnost proširenja genetske osnove gajenog suncokreta i stvaranja nove germplazme, bolje adaptirane na nove zahteve tržišta i proizvodnje. Intenzivan rad u ovim oblastima je na suncokretu započet ranih sedamdesetih. U radu je dat pregled biotehnoloških i molekularnobioloških tehnika koje su sa uspehom upotrebljene u oplemenjivanju suncokreta u svetu, sa naglaskom na dostignuća predstavljena na XV Međunarodnoj konferenciji o suncokretu.
Keywords:
sunflower / biotechnology / molecular biology / suncokret / biotehnologija / molekularna biologijaSource:
Zbornik radova Instituta za ratarstvo i povrtarstvo, 2001, 35, 259-269Publisher:
- Institut za ratarstvo i povrtarstvo, Novi Sad
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FiVeRTY - JOUR AU - Vasić, Dragana PY - 2001 UR - http://fiver.ifvcns.rs/handle/123456789/69 AB - Sunflower is one of four the most important oil crops in the world. Over the past decade yield and world sunflower production has increased by 70%. This success has resulted both from the optimization of agricultural technology and breeding for more productive hybrids. However, the development of serious diseases caused by Phomopsis and Sclerotinia sp., and the high industrial demands concerning quality implies the introduction of new genetic characteristics in the sunflower genome. Biotechnology involving modern tissue culture, cell biology and molecular biology offers the opportunity of widening cultivated sunflower genetic base and developing new germplasms, better adapted to the new market and production demands. In this paper a review is given of biotechnological and techniques of molecular biology successfully used in sunflower breeding. Special attention was payed to the results presented at 15th International Sunflower Conference. AB - Suncokret spada među četiri najvažnije uljane kulture u svetu. Tokom protekle dekade prinos i proizvodnja suncokreta u svetu su porasli za 70%, što je posledica optimizacije agrotehničkih mera kao i stvaranja sve produktivnijih hibrida. Ipak, pojava opasnih oboljenja izazvanih Phomopsis i Sclerotinia sp. i povećani zahtevi industrije u pogledu kvaliteta su doveli do potrebe uvođenja novih genetskih svojstava u genom gajenog suncokreta. Biotehnologija, odnosno moderna kultura tkiva, biologija ćelije i molekularna biologija pružaju mogućnost proširenja genetske osnove gajenog suncokreta i stvaranja nove germplazme, bolje adaptirane na nove zahteve tržišta i proizvodnje. Intenzivan rad u ovim oblastima je na suncokretu započet ranih sedamdesetih. U radu je dat pregled biotehnoloških i molekularnobioloških tehnika koje su sa uspehom upotrebljene u oplemenjivanju suncokreta u svetu, sa naglaskom na dostignuća predstavljena na XV Međunarodnoj konferenciji o suncokretu. PB - Institut za ratarstvo i povrtarstvo, Novi Sad T2 - Zbornik radova Instituta za ratarstvo i povrtarstvo T1 - Use of methods of biotechnology and molecular biology in sunflower breeding: Achievements in the world T1 - Upotreba biotehnoloških i metoda molekularne biologije u oplemenjivanju suncokreta - dostignuća u svetu EP - 269 IS - 35 SP - 259 UR - https://hdl.handle.net/21.15107/rcub_fiver_69 ER -
@article{ author = "Vasić, Dragana", year = "2001", abstract = "Sunflower is one of four the most important oil crops in the world. Over the past decade yield and world sunflower production has increased by 70%. This success has resulted both from the optimization of agricultural technology and breeding for more productive hybrids. However, the development of serious diseases caused by Phomopsis and Sclerotinia sp., and the high industrial demands concerning quality implies the introduction of new genetic characteristics in the sunflower genome. Biotechnology involving modern tissue culture, cell biology and molecular biology offers the opportunity of widening cultivated sunflower genetic base and developing new germplasms, better adapted to the new market and production demands. In this paper a review is given of biotechnological and techniques of molecular biology successfully used in sunflower breeding. Special attention was payed to the results presented at 15th International Sunflower Conference., Suncokret spada među četiri najvažnije uljane kulture u svetu. Tokom protekle dekade prinos i proizvodnja suncokreta u svetu su porasli za 70%, što je posledica optimizacije agrotehničkih mera kao i stvaranja sve produktivnijih hibrida. Ipak, pojava opasnih oboljenja izazvanih Phomopsis i Sclerotinia sp. i povećani zahtevi industrije u pogledu kvaliteta su doveli do potrebe uvođenja novih genetskih svojstava u genom gajenog suncokreta. Biotehnologija, odnosno moderna kultura tkiva, biologija ćelije i molekularna biologija pružaju mogućnost proširenja genetske osnove gajenog suncokreta i stvaranja nove germplazme, bolje adaptirane na nove zahteve tržišta i proizvodnje. Intenzivan rad u ovim oblastima je na suncokretu započet ranih sedamdesetih. U radu je dat pregled biotehnoloških i molekularnobioloških tehnika koje su sa uspehom upotrebljene u oplemenjivanju suncokreta u svetu, sa naglaskom na dostignuća predstavljena na XV Međunarodnoj konferenciji o suncokretu.", publisher = "Institut za ratarstvo i povrtarstvo, Novi Sad", journal = "Zbornik radova Instituta za ratarstvo i povrtarstvo", title = "Use of methods of biotechnology and molecular biology in sunflower breeding: Achievements in the world, Upotreba biotehnoloških i metoda molekularne biologije u oplemenjivanju suncokreta - dostignuća u svetu", pages = "269-259", number = "35", url = "https://hdl.handle.net/21.15107/rcub_fiver_69" }
Vasić, D.. (2001). Use of methods of biotechnology and molecular biology in sunflower breeding: Achievements in the world. in Zbornik radova Instituta za ratarstvo i povrtarstvo Institut za ratarstvo i povrtarstvo, Novi Sad.(35), 259-269. https://hdl.handle.net/21.15107/rcub_fiver_69
Vasić D. Use of methods of biotechnology and molecular biology in sunflower breeding: Achievements in the world. in Zbornik radova Instituta za ratarstvo i povrtarstvo. 2001;(35):259-269. https://hdl.handle.net/21.15107/rcub_fiver_69 .
Vasić, Dragana, "Use of methods of biotechnology and molecular biology in sunflower breeding: Achievements in the world" in Zbornik radova Instituta za ratarstvo i povrtarstvo, no. 35 (2001):259-269, https://hdl.handle.net/21.15107/rcub_fiver_69 .