CONTINUOUS FERMENTATION CYCLE TIMES - PREDICTION FROM GROWTH CURVE ANALYSIS

[1] ADAMS SL, 1949, FOOD PACKER, V30, P27

[2] ADAMS SL, 1950, B WASH STATE I TECHN, V207

[3] ADAMS SL, 1949, FOOD PACKER, V30, P64

[4] ADAMS SL, 1949, FOOD PACKER, V30, P26

[5] ADAMS SL, 1949, FOOD PACKER, V30, P65

[6] Gray J, 1929, BR J EXP BIOL, V6, P248

[7] RICHARDS OSCAR W., 1934, COLD SPRING HARBOR SYMPOSIA ON QUANT BIOL, V2, P157

[8] Potentially unlimited multiplication of yeast with constant environment, and the limiting of growth by changing environment. [J]. JOURNAL OF GENERAL PHYSIOLOGY, 1928, 11 (05) : 525 - 538

[9] SHAFFER RA, 1933, J BIOL CHEM, V100, P695

[10] 1940, OFFICIAL TENTATIVE M

[1] ADAMS SL, 1949, FOOD PACKER, V30, P27

[2] ADAMS SL, 1950, B WASH STATE I TECHN, V207

[3] ADAMS SL, 1949, FOOD PACKER, V30, P64

[4] ADAMS SL, 1949, FOOD PACKER, V30, P26

[5] ADAMS SL, 1949, FOOD PACKER, V30, P65

[6] Gray J, 1929, BR J EXP BIOL, V6, P248

[7] RICHARDS OSCAR W., 1934, COLD SPRING HARBOR SYMPOSIA ON QUANT BIOL, V2, P157

[8] Potentially unlimited multiplication of yeast with constant environment, and the limiting of growth by changing environment. [J]. JOURNAL OF GENERAL PHYSIOLOGY, 1928, 11 (05) : 525 - 538

[9] SHAFFER RA, 1933, J BIOL CHEM, V100, P695

[10] 1940, OFFICIAL TENTATIVE M