This article reports the findings on the infection of 2 rat species, namely Mus decumanus and Mus rattus by Trypanosoma lewisi. Results show that there is a seasonal variation that is similar for both rat species. Temperature and humidity are 2 important factors that influence the seasonal trends...

This bulletin covers the following topics: (1) the aetiology of trypanosomiasis; (2) the flagellates of tsetse flies; (3) human trypanosomiasis in Rhodesia and Nyasaland; (4) bionomics of Glossina palpalis; (5) the differentiation of trypanosome species; (6) symptoms of human trypanosomiasis; (7)...

This paper narrates the history of the experiments conducted by different authors on the activity of atoxyl against Trypanosoma. The methods, theoretical considerations, conclusions and comparison of findings are also discussed in detail.

This paper describes the experiments carried out on the use of sodium antimonyl tartrate and arsenophenylglycin for the treatment of trypanosomiasis in animals. Experimental and clinical studies of these substances are described in detail.

This paper accounts the study by Dr. Edington on a trypanosome in a horse from Zanzibar, where no tryopanosomiasis was known. The morphology, cultivation characters, and the results of incolutaion into animals are discussed in detail.

This article provides a brief description of the clinical course and management of different animals infected with trypanosomes in the island of Zanzibar, Sierra Leone, Anglo-Egyptian Sudan, and the French and Belgian Congo colonies.

This section contains as series of articles focusing on the pathogenic trypanosomes affecting different animals. It provides a comprehensive overview on the aetiology, diagnosis, and disease management of animal trypanosomiasis.

This paper discusses records of new trypanosomes including Trypanosoma lewisi, T. vickersae, T. minanense, T. gambiense and T. congolese from differens animal species.

This paper describes the formulation and efficacy of different trypanocidal drugs for the treatment of sleeping sickness in experimental animals.

This article deals with the modification of virulence among Trypanosoma brucei and T. lewisi when they are passed through cold-blooded vertebrates. In particular, after cold-blood passage (ring adders, tortoises, frogs, lizards blindworms, etc.), there was at first a weakening of virulence which...