MODEL OF A BIOCHEMICAL SWITCH, AND ITS APPLICATION TO FLOWER INITIATION

[1] COCKSHULL KE, 1972, CROP PROCESSES CONTR, P235

[2] Coddington E. A., 1955, THEORY ORDINARY DIFF

[3] COOKE D, 1971, BIOMETRICS, V27, P247

[4] Dixon M., 1964, ENZYMES

[5] EVANS L. T., 1969, The induction of flowering. Some case histories., P457

[6] MAHLER HR, 1966, BIOLOGICAL CHEMISTRY

[7] MANDELSTAM J, 1969, Symposium of the Society for General Microbiology, V19, P377

[8] THOM R, 1970, THEORETICAL BIOL, V3, P89

[9] Thom R., 1968, THEORETICAL BIOL, P152

[10] MODEL TO DESCRIBE PARTITIONING OF PHOTOSYNTHATE DURING VEGETATIVE PLANT-GROWTH [J]. ANNALS OF BOTANY, 1972, 36 (145) : 419 - +

[1] COCKSHULL KE, 1972, CROP PROCESSES CONTR, P235

[2] Coddington E. A., 1955, THEORY ORDINARY DIFF

[3] COOKE D, 1971, BIOMETRICS, V27, P247

[4] Dixon M., 1964, ENZYMES

[5] EVANS L. T., 1969, The induction of flowering. Some case histories., P457

[6] MAHLER HR, 1966, BIOLOGICAL CHEMISTRY

[7] MANDELSTAM J, 1969, Symposium of the Society for General Microbiology, V19, P377

[8] THOM R, 1970, THEORETICAL BIOL, V3, P89

[9] Thom R., 1968, THEORETICAL BIOL, P152

[10] MODEL TO DESCRIBE PARTITIONING OF PHOTOSYNTHATE DURING VEGETATIVE PLANT-GROWTH [J]. ANNALS OF BOTANY, 1972, 36 (145) : 419 - +