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My red phase rosie had a pasty discharge coming out of its mouth at about the same time the Research Institute for Exotic Species Microbiology was gearing up so I entered her into the study and took mouth and fecal samples from her and submitted them to Larry Boyd and Kerry Gowin. They just posted the preliminaries to the ATS forum and I thought I would share them here if anyone is interested:
Preliminary report of isolates from G. Rosea with intermittent mouth exudates
August 8, 2003
From Mouth:
Unknown yeast like isolate
This yeast like isolate was taken to Montana State University where a mycologist suggested it resembled a Ustalago species; Ustalago is a plant pathogen causing a variety of smuts on cereal grains. I do not agree with this identification and have sent the specimen to the mycology dept. of Cornell University for further study.
It is quite possible that this is a cause of disease. We do not know the normal microbial flora yet so this is uncertain. I am asking Dr. Pizzi to suggest treatments, however a trial treatment with nystatin oral, as used for thrush in infants, might be worthwhile.
Staphylococcus epidermidis
This is common human normal flora and is unlikely to be a source of disease. This is uncertain as we do not yet understand the normal microbial flora of the tarantula.
Bacillus like sp. (not anthracis or thuringiensis)
Identification is not complete for this organism. The species above and several others have been ruled out. This organism may be a member of the B. Circulans group, a Paenibacillus sp. or a Brevibacillus sp. This may be a cause of disease, B. thuringiensis is a known pathogen of insects and other Bacillus species may be pathogenic for spiders. This is uncertain, as we do not yet understand the normal microbial flora of the tarantula. Some Bacillus species are antibiotic resistant, especially to the penicillin family, ciprofloxacin has been used successfully against penicillin resistant Bacillus species.
Proteus vulgaris
This organism is normal intestinal flora in many warm-blooded animals. Proteus species have been implicated in spider disease in the literature. This is uncertain, as we do not yet understand the normal microbial flora of the tarantula.
Moraxella canis
Members of the Moraxella group are normal flora in the respiratory tract of man and dogs and cats. They are opportunistic pathogens of man and animals. The meaning of this isolate is uncertain, as we do not yet understand the normal microbial flora of the tarantula.
Moraxella atlantae
Members of the Moraxella group are normal flora in the respiratory tract of man and dogs and cats. They are opportunistic pathogens of man and animals. The meaning of this isolate is uncertain, as we do not yet understand the normal microbial flora of the tarantula.
From Feces
Citrobacter sp.
Species identification is not yet complete. Members of the Citrobacter group are normal flora in the digestive tract of man and animals. They are opportunistic pathogens of man and animals. The meaning of this isolate is uncertain, as we do not yet understand the normal microbial flora of the tarantula.
Proteus mirabilis
Members of the Proteus group are normal flora in the digestive tract of man and animals. They are opportunistic pathogens of man and animals. The meaning of this isolate is uncertain, as we do not yet understand the normal microbial flora of the tarantula.
Proteus vulgaris
Members of the Proteus group are normal flora in the digestive tract of man and animals. They are opportunistic pathogens of man and animals. The meaning of this isolate is uncertain, as we do not yet understand the normal microbial flora of the tarantula.
Pseudomonas luteola
Members of the Pseudomonas group are common in nature especially water. They are opportunistic pathogens of man and animals. The meaning of this isolate is uncertain, as we do not yet understand the normal microbial flora of the tarantula.
Achromobacter (Asacchroltic group)
Members of the Achromobacter/ Alcaligenes group are common in nature. They are rarely opportunistic pathogens of man and animals. The meaning of this isolate is uncertain, as we do not yet understand the normal microbial flora of the tarantula.
Enterobacter sp.
Members of the Enterobacter group are normal flora in the digestive tract of man and animals. They are opportunistic pathogens of man and animals. The meaning of this isolate is uncertain, as we do not yet understand the normal microbial flora of the tarantula.
This report shows how little we know about the microbial ecology of spiders especially the tarantulas. It also shows how important it is that we learn about what is normal and what is abnormal.
With no scientific basis at all, I believe you should concern your self with the first and third isolates. Please consult a veterinarian and discuss these findings; only a veterinarian is qualified to recomend the medicines that may be effective against these organisms and remain safe for your tarantulas. Please remember that much of this data is preliminary and may be changed as further studies progress.
Thank you very much for participating our research program on tarantula microbiology.
Sincerely yours,
Larry D. Boyd
Research Microbiologist
Research Institute for Exotic Species Microbiology