Articles citing this paper
On the Utilization of ?-Aminobutyric Acid by Wheat Seedlings
AHGC Rijven
13(2) pp.132 - 141
11 articles found in Crossref database.
Reaction with DNA and pharmacologic activity of 1,10-phenanthroline and electron-rich 1,10-phenanthrocyanine complexes of d-elements
Demidov V. N.,
Kas’yanenko N. A.,
Antonov V. S.,
Volkov I. L.,
Sokolov P. A.,
Pakhomova T. B., Simanova S. A.
Russian Journal of General Chemistry. 2012 82(3). p.602
THE EFFECTS OF AMINO ACIDS UPON THE DEVELOPMENT OF EXCISED FLORAL BUDS OF AQUILEGIA
Bilderback David E.
American Journal of Botany. 1971 58(2). p.203
Growth of embryos on synthetic media after excision from gamma-irradiated (525 kr) and unirradiated wheat grains
Long Terrill J., Haber Alan H.
Radiation Botany. 1965 5(3). p.223
Lowbush blueberry: Evidence for the absence of a nitrate reducing system
Townsend L. R., Blatt C. R.
Plant and Soil. 1966 25(3). p.456
NUTRITION, GROWTH AND MORPHOGENESIS OF PLANT EMBRYOS
RAGHAVAN V.
Biological Reviews. 1966 41(1). p.1
Detection of γ-Aminobutyric Acid Transaminase Activity in Wheat Embryos
Galleschi L.,
Lazzeri G.,
Spano C.,
Capocchi A., Floris C.
Biochemie und Physiologie der Pflanzen. 1985 180(8). p.629
Gibberellin and Growth in Isolated Wheat Embryos
Kefford N. P., Rijven A. H. G. C.
Science. 1966 151(3706). p.104
Formation of a growth factor (GABA) by Agrobacterium inoculated leaves and the effect of GABA on tumor initiation and growth
Peters K.E., Lippincott J.A.
Physiological Plant Pathology. 1976 9(3). p.331
INORGANIC NITROGEN NUTRITION OF THE SEEDLINGS OF THE ORCHID, CATTLEYA
Raghavan V., Torrey John G.
American Journal of Botany. 1964 51(3). p.264
METABOLIC STUDIES OF GAMMA‐IRRADIATED WHEAT GROWING WITHOUT CELL DIVISION
Haber Alan H.,
Carrier William L., Foard Donald E.
American Journal of Botany. 1961 48(6Part1). p.431
FURTHER STUDIES OF GAMMA‐IRRADIATED WHEAT AND THEIR RELEVANCE TO USE OF MITOTIC INHIBITION FOR DEVELOPMENTAL STUDIES
Haber Alan H., Foard Donald E.
American Journal of Botany. 1964 51(2). p.151
