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Organismal Biological Physiology Commons™

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Articles 121 - 122 of 122

Full-Text Articles in Organismal Biological Physiology

Natural History Of Thelazia Californiensis Price, 1930 (Nematoda: Thelaziidae), A Mammalian Eye Worm, Warren E. Parmelee Sep 1958

Natural History Of Thelazia Californiensis Price, 1930 (Nematoda: Thelaziidae), A Mammalian Eye Worm, Warren E. Parmelee

Loma Linda University Electronic Theses, Dissertations & Projects

Various factors—embryology, host associations, and seasonal changes In eye worn populations—tending to promote the propagation of T. califomlensls were studied.

The early embryology closely parallels that of other nematode species.

The mature embryos remain alive in saline at 35°C as long as 5 days. Dead embryos can be distinguished from living ones by virtue of the rapid staining by methylene blue by the former. Parturient female thelazias release embryos into saline, and embryos are found regularly in tear secretions of infected laboratory rabbits.

Ovic embryos possess an enveloping egg membrane containing chitin. On this account, this eye worm species is …


The Relation Between Metabolism And Potassium Cyanide Inhibition In Pelomyxa Carolinensis, Tatsuru Eugene Kimura Apr 1946

The Relation Between Metabolism And Potassium Cyanide Inhibition In Pelomyxa Carolinensis, Tatsuru Eugene Kimura

Open Access Master's Theses (through 2010)

1. Introductlon ( Respiratory System)

2. Introduction ( Protozoan Experiments)

3. Materials and Method

a . Experimental Organism

b. Barcroft-Warburg Micro-respirometer

c. Manometric Calibration

4 . Results

a . The Effect ot Temperature

b. The Effect of Potassium Cyanlde

5 . Discussion

6. Summary

7. Bibliography

The thesis investigates the following problems: (1) whether or not there is any correlation between temperature change and respiratory quotient, (2) whether or not respiratory inhibition by cyanides is influenced by temperature, and (3) whether or not the cytochrome-cytochrome oxidase type of respiratory system is concerned chiefly with carbohydrate metabolism in Pelomyxa carolinensis.