Influence of newly synthesized complexes of zinc with amino acids on seed vigor and chlorophyll content in wheat seedlings
Abstract
Based on the biogenic zinc the complexes with amino acids have been synthesized and the impact of them on seed germination and chlorophyll content in wheat seedlings was studied. The positive effect of complex of zinc sulfate with cysteine on the germination and chlorophyll content has been revealed.
References
Абуталыбов М.Г., Алиев Дж.А. 1965. Роль микроэлементов в передвижении углеводов в растительном организме. Изв. Азерб. ССР. Сер. Биол. 5: 35–39.
[Abutalibov M.G., Aliev J.A. 1965. The role of micloelements in transportation of carbohydrates in plants. News of Azerbaijan SSR. Ser. Biol. 5: 35–39. (In Russian)]
Алиев Д.А. 1958a. Влияние молибдена, кобальта и других микроэлементов на урожай пшеницы. Докл. АН Азерб. ССР 14 (4): 425–430.
[Aliev J.A. 1958a. Influence of molybdenum, cobalt, and other micloelements on the wheat crop. Reports of AS of Azerbaijan SSR 14 (4): 425–430. (In Russian)]
Алиев Д.А. 1958b. Влияние молибдена и кобальта на окислительно-восстановительные процессы в растениях. Докл. АН Азерб. ССР 14 (6): 541–545.
[Aliev J.A. 1958b. Influence of molybdenum and cobalt on the redox processes in plants. Reports of AS of Azerbaijan SSR 14 (6): 541–545. (In Russian)]
Гундарева А.Н. 2006. Влияние микроелементов на рост и развитие злаковых растений (на примере пшеницы). Вестник АГТУ 3 (32): 197–201.
[Gundareva A.N. 2006. Effect of micloelements on growth and development of cereals (on example of wheat). Vestnik AGTU 3 (32): 197–201. (In Russian)]
Осипова Л.В. 1990. Влияние уровня азотного питания на устойчивость яровой пшеницы к засухе. Бюл. ВИУА 94: 26–29.
[Osipova L.V. 1990. Effect of nitrogen nutrition level on spring wheat resistance to drought. Bull. VIUA 94: 26–29. (In Russian)]
Османов Н.С., Кахраманова Ш.И., Кулиева Э.А., Османова С.Н., Керимова У.А., Аскерова Т.Я., Худавердиев Р.А. 2013. Синтез и исследование комплексных соединений марганца (II) с глицином и цистеином. Мат. научн. конф., Баку, 2013: 120–122.
[Osmanov N.S., Kahramanova Sh.I., Kulijeva E.A., Osmanova S.N., Kerimova U.A., Askerova T.Ya., Khudaverdiev R.A. 2013. Synthesis and study of complex compounds of manganese (II) with glycine and cysteine. Proc. of Sci. Conf., Baku, 2013: 120–122. (In Russian)]
Остапенко Н.В, Ниловская Н.Т. 1994. Роль дробного внесения азотных удобрений и предшественника на формирование урожая зерна озимой пщеницы. Агрохимя 1: 5–10.
[Ostapenko N.V., Nilovskaya N.T. 1994. The role of the fractional fertilization of nitrogen and a precursor on the formation of grain crop of winter wheatю Agrochemistry 1: 5–10. (In Russian)]
Пухальская Н.В. 1997. Закономерности формирования продуктивности зерновых культур при изменении уровня углеродного и азотного питания в оптимальных и экстремальных условия выращивания. Автореф. дисс… д.б.н. Москва.
[Pukhalskaya N.V. 1997. Patterns of formation of grain crops productivity during the changes of level of carbon and nitrogen nutrition in optimal and extreme growing conditions. Abstr. Doct. Thesis. Moscow. (In Russian)]
Школьник М.Я., Парибок Т.А., Давыдов В.Н. 1967. Физиологическая роль цинка у растений. Агрохимия 5: 133–139.
[Shkolnik M.Ya., Paribok T.A., Davydov V.N. 1967. The physiological role of zinc in plants. Agrochemistry 5: 133–139. (In Russian)]
Школьник М.Я., Макарова Н.А. 1957. Микроэлементы в жизни растений. Ботанич. ин-т им. В.Л. Комарова, Ленинград.
[Shkolnik M.Ya., Makarova N.A. 1957. Microelements in the life of plants. V.L. Komarov Bot. Inst., Leningrad. (In Russian)]
Alam S.M., Shereen A. 2002. Effect of different levels of zinc and phosphorus on growth and chlorophyll content of wheat. Asian J. Plant Sci. 3: 304–306.
Mortverdt J.J., Giordano P.M. 1969. Availability to com of zinc applied with macro nutrient fertilizers. Soil. Sc. 108: 180–187.
Tayyeva H., Humid U. Sh., Muhammad J. 2013. Zink effect on grown rate, chlorophyll, protein and mineral contents of hidroponically mungbeans plant (Vigna radiata). Arabian J. Chem. http://dx.doi.org/10.1016/j.arabjc.2013.07.005
Viets F.J. 1966. Zn deficiency in the soil plant system: 90–127. C. Thomas publisher, Springfield, USA.
[Abutalibov M.G., Aliev J.A. 1965. The role of micloelements in transportation of carbohydrates in plants. News of Azerbaijan SSR. Ser. Biol. 5: 35–39. (In Russian)]
Алиев Д.А. 1958a. Влияние молибдена, кобальта и других микроэлементов на урожай пшеницы. Докл. АН Азерб. ССР 14 (4): 425–430.
[Aliev J.A. 1958a. Influence of molybdenum, cobalt, and other micloelements on the wheat crop. Reports of AS of Azerbaijan SSR 14 (4): 425–430. (In Russian)]
Алиев Д.А. 1958b. Влияние молибдена и кобальта на окислительно-восстановительные процессы в растениях. Докл. АН Азерб. ССР 14 (6): 541–545.
[Aliev J.A. 1958b. Influence of molybdenum and cobalt on the redox processes in plants. Reports of AS of Azerbaijan SSR 14 (6): 541–545. (In Russian)]
Гундарева А.Н. 2006. Влияние микроелементов на рост и развитие злаковых растений (на примере пшеницы). Вестник АГТУ 3 (32): 197–201.
[Gundareva A.N. 2006. Effect of micloelements on growth and development of cereals (on example of wheat). Vestnik AGTU 3 (32): 197–201. (In Russian)]
Осипова Л.В. 1990. Влияние уровня азотного питания на устойчивость яровой пшеницы к засухе. Бюл. ВИУА 94: 26–29.
[Osipova L.V. 1990. Effect of nitrogen nutrition level on spring wheat resistance to drought. Bull. VIUA 94: 26–29. (In Russian)]
Османов Н.С., Кахраманова Ш.И., Кулиева Э.А., Османова С.Н., Керимова У.А., Аскерова Т.Я., Худавердиев Р.А. 2013. Синтез и исследование комплексных соединений марганца (II) с глицином и цистеином. Мат. научн. конф., Баку, 2013: 120–122.
[Osmanov N.S., Kahramanova Sh.I., Kulijeva E.A., Osmanova S.N., Kerimova U.A., Askerova T.Ya., Khudaverdiev R.A. 2013. Synthesis and study of complex compounds of manganese (II) with glycine and cysteine. Proc. of Sci. Conf., Baku, 2013: 120–122. (In Russian)]
Остапенко Н.В, Ниловская Н.Т. 1994. Роль дробного внесения азотных удобрений и предшественника на формирование урожая зерна озимой пщеницы. Агрохимя 1: 5–10.
[Ostapenko N.V., Nilovskaya N.T. 1994. The role of the fractional fertilization of nitrogen and a precursor on the formation of grain crop of winter wheatю Agrochemistry 1: 5–10. (In Russian)]
Пухальская Н.В. 1997. Закономерности формирования продуктивности зерновых культур при изменении уровня углеродного и азотного питания в оптимальных и экстремальных условия выращивания. Автореф. дисс… д.б.н. Москва.
[Pukhalskaya N.V. 1997. Patterns of formation of grain crops productivity during the changes of level of carbon and nitrogen nutrition in optimal and extreme growing conditions. Abstr. Doct. Thesis. Moscow. (In Russian)]
Школьник М.Я., Парибок Т.А., Давыдов В.Н. 1967. Физиологическая роль цинка у растений. Агрохимия 5: 133–139.
[Shkolnik M.Ya., Paribok T.A., Davydov V.N. 1967. The physiological role of zinc in plants. Agrochemistry 5: 133–139. (In Russian)]
Школьник М.Я., Макарова Н.А. 1957. Микроэлементы в жизни растений. Ботанич. ин-т им. В.Л. Комарова, Ленинград.
[Shkolnik M.Ya., Makarova N.A. 1957. Microelements in the life of plants. V.L. Komarov Bot. Inst., Leningrad. (In Russian)]
Alam S.M., Shereen A. 2002. Effect of different levels of zinc and phosphorus on growth and chlorophyll content of wheat. Asian J. Plant Sci. 3: 304–306.
Mortverdt J.J., Giordano P.M. 1969. Availability to com of zinc applied with macro nutrient fertilizers. Soil. Sc. 108: 180–187.
Tayyeva H., Humid U. Sh., Muhammad J. 2013. Zink effect on grown rate, chlorophyll, protein and mineral contents of hidroponically mungbeans plant (Vigna radiata). Arabian J. Chem. http://dx.doi.org/10.1016/j.arabjc.2013.07.005
Viets F.J. 1966. Zn deficiency in the soil plant system: 90–127. C. Thomas publisher, Springfield, USA.
Published
2016-06-01
How to Cite
AZIZOV, Ibrahim; SHAMILOV, Elshan; ABDULLAYEV, Asim.
Influence of newly synthesized complexes of zinc with amino acids on seed vigor and chlorophyll content in wheat seedlings.
Modern Phytomorphology, [S.l.], v. 10, p. 129-132, june 2016.
ISSN 2227-9555.
Available at: <http://ojs.phytomorphology.org/index.php/MP/article/view/24>. Date accessed: 11 apr. 2018.
doi: https://doi.org/10.5281/zenodo.155371.
Issue
Section
Correspondences
This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.
The journal is licensed by Creative Commons under BY-NC-ND license. You are welcome and free to share (copy and redistribute the material in any medium or format) all the published materials. You may not use the material for commercial purposes. You must give appropriate credit to all published materials.
The journal allow the author(s) to hold the copyrights and to retain publishing rights without any restrictions. This is also indicated at the bottom of each article.
