The capacity for organic synthesis in cells of successive developmental stages

Sorokin, Constantine

doi:10.1007/bf00406384

Archiv f�r Mikrobiologie

1963

DOI: 10.1007/bf00406384

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The capacity for organic synthesis in cells of successive developmental stages

Constantine Sorokin

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1964

1971

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Cited by 13 publications

References 17 publications

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The Dependence of Cell Division in Chlorella on Temperature and Light Intensity

Sorokin

Krauss

1965

American J of Botany

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The effects of temperature and light on cell division were studied in synchronized suspensions of the high‐temperature strain Chlorella 7–11–05. It was found that the time for incipient cell division, the progress in the process after it started, and the number of cells produced are influenced by temperature and light intensity. Within limits, cell division is generally favored by the increase in temperature. The increase in light intensity first favors cell division then, after the optimal light intensity is attained, a further increase in light intensity inhibits cell division. Observations are discussed in connection with the findings of other investigators. The limitations of cell division by temperature and light intensity are considered to be separate from the effects of these factors on growth.

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The Dependence of Cell Division in Chlorella on Temperature and Light Intensity

Sorokin

Krauss

1965

American J of Botany

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Nutrition of the Green Alga Golenkinia

Ellis

Machlis

1968

American J of Botany

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Defined media were established for four strains of Golenkinia. Strains 929 and 930 require thiamine and vitamin B12, strain 931 requires the latter and is stimulated by thiamine; only strain 320 and a mutant of strain 931 are capable of completely autotrophic growth. The optimal nitrogen concentration is 0.025 m except for strain 931 where it is 0.015 m and the requirement may be met by nitrate, ammonium, or urea. Optimal levels of the other components are: 0.0025 m KH2PO4, 0.0005 to 0.001 m MgSO4, and 50 ml of a stock trace‐element solution per liter. Only strain 931 required calcium; however, its addition stimulates the growth of strains 929 and 930. The optimal pH before autoclaving is 6.8. Maximal growth rates of two to three cell doublings per day and yields of 26 to 30 (log2) cells per ml were obtained. These growth data compare favorably with those for other unicellular green algae.

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Respiration in cell development

Talbert

Sorokin

1971

Archiv. Mikrobiol.

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The capacity for organic synthesis in cells of successive developmental stages

Cited by 13 publications

References 17 publications

The Dependence of Cell Division in Chlorella on Temperature and Light Intensity

The Dependence of Cell Division in Chlorella on Temperature and Light Intensity

Nutrition of the Green Alga Golenkinia

Respiration in cell development

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