A re-interpretation of Gause's population experiments by means of simulation [PDF]
Goudriaan, J., Wit, C.T., de
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Mutation of the killer cytoplasmic factor in Paramecium aurelia [PDF]
Ruth V. Dippell
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Immobilization Antigen in Heterozygous Clones of Paramecium aurelia [PDF]
CLONES of Paramecium aurelia, heterozygous for two alleles at one of the loci specifying the immobilization antigens1, react to both parental type-specific antisera, but usually more strongly to one parental type than to the other. It is of considerable interest to determine whether these heterozygous antigens consist of one molecular species combining
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Rediscovering the genus Lyticum, multiflagellated symbionts of the order Rickettsiales [PDF]
Among the bacterial symbionts harbored by the model organism Paramecium, many still lack a recent investigation that includes a molecular characterization.
BOSCARO, VITTORIO+9 more
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THE DIVERSE MATE-KILLERS OF PARAMECIUM AURELIA, VARIETY 8: THEIR INTERRELATIONS AND GENETIC BASIS [PDF]
Myron Levine
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Mechanistic mechanisms of competition and biodiversity [PDF]
The nature of competition and biodiversity are open basic questions since Darwin. To investigate mechanisms of interspecific competition and their contribution in biodiversity as closely as possible we offer a white-box modelling method based on ...
Lev V. Kalmykov, Vyacheslav L. Kalmykov
core
The Fine Structure of Kappa in Killer Stock 51 of Paramecium aurelia. Preliminary Observations [PDF]
Ruth V. Dippell
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Paramecium Genetics, Genomics, and Evolution. [PDF]
Long H+9 more
europepmc +1 more source
Ultrastructure of the Nuclei and Intranuclear Microtubules of Paramecium aurelia
SUMMARY: Electron microscope observations on the micronucleus of Paramecium aurelia showed that the mitotic spindle was organized within the nuclear envelope.
A. Jurand, G. Selman
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THE EFFECT OF CYANIDE ON RESPIRATION IN PARAMECIUM CAUDATUM AND PARAMECIUM AURELIA
1. The oxygen consumption in Paramecium caudatum and Paramecium aurelia is partially inhibited by potassium cyanide.2. The extent of inhibition by cyanide is dependent upon the food content of the organisms as well as upon the concentration of cyanide in the solution.3. In P.
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