National Institute of Animal Health quarterly.

Recrudescence of equine infectious anemia by treatment with immunosuppressive drugs.

National Institute of Animal Health quarterly January 1, 1976 Volume 16, Issue 1 8-15

Kono Y, Hirasawa K, Fukunaga Y, Taniguchi T.Horses which had passed a few months to a few years asymptomatically after the last recurrence of equine infectious anemia (EIA) showed a typical febrile response after treatment with the immunosuppressive agent, dexamethasone (DM) or cyclophosphamide (CY). In horses showing a febrile response, EIA virus which had not been neutralized by neutralizing antibody previously produced was propagated. In DM-treated horses it disappeared from the blood soon after pyretolysis and antibody against the virus was produced promptly. In contrast, detectable viremia persisted in CY-treated horses for 10 to 8...

National Institute of Animal Health quarterly January 1, 1967 Volume 7, Issue 1 8-20

Kobayashi K, Kono Y.No abstract available

National Institute of Animal Health quarterly January 1, 1969 Volume 9, Issue 1 1-9

Kono Y.No abstract available

National Institute of Animal Health quarterly January 1, 1966 Volume 6, Issue 4 194-203

Kono Y, Kobayashi K.No abstract available

National Institute of Animal Health quarterly January 1, 1979 Volume 19, Issue 1-2 72-73

Takahashi E, Inaba Y, Sato K, Kurogi H, Akashi H, Satoda K, Omori T.No abstract available

National Institute of Animal Health quarterly January 1, 1980 Volume 20, Issue 3 118-119

Sugimoto C, Isayama Y, Kashiwazaki M, Fujikura T, Mitani K.No abstract available

National Institute of Animal Health quarterly January 1, 1970 Volume 10, Issue 3 113-122

Kono Y, Kobayashi K, Fukunaga Y.No abstract available

National Institute of Animal Health quarterly January 1, 1971 Volume 11, Issue 1 11-20

Kono Y, Kobayashi K, Fukunaga Y.No abstract available

National Institute of Animal Health quarterly January 1, 1968 Volume 8, Issue 4 182-186

Kono Y, Yokomizo Y.No abstract available

National Institute of Animal Health quarterly January 1, 1968 Volume 8, Issue 3 117-121

Kono Y.No abstract available

National Institute of Animal Health quarterly January 1, 1974 Volume 14, Issue 4 155-162

Kono Y, Yoshino T.No abstract available

National Institute of Animal Health quarterly January 1, 1966 Volume 6, Issue 4 204-207

Kono Y, Kobayashi K.No abstract available

National Institute of Animal Health quarterly January 1, 1972 Volume 12, Issue 2 47-53

Nakajima H, Ushimi C.No abstract available

National Institute of Animal Health quarterly January 1, 1973 Volume 13, Issue 4 173-181

Kono Y, Fukunaga Y, Kobayashi K.No abstract available

National Institute of Animal Health quarterly January 1, 1970 Volume 10, Issue 3 106-112

Kono Y, Kobayashi K.No abstract available

National Institute of Animal Health quarterly January 1, 1983 Volume 23, Issue 2 67-68

Nakazawa M, Sugimoto C, Isayama Y.The selective isolation of R. equi in NANC medium was made by quantitative culture of the organism in the feces. R. equi was observed in the feces of all the mares and foals investigated. The mean viable count of R. equi organisms in 1 gram of feces was 8.42 X 10(2) in the mares and 7.57 X 10(2) in the foals, and its 95% confidence limits were in a range of 6.48 X 10(2) to 1.09 X 10(3) and 4.19 X 10(2) to 1.37 X 10(3), respectively. This result indicates that R. equi is a member of the normal intestinal flora in the horse.

National Institute of Animal Health quarterly January 1, 1967 Volume 7, Issue 1 21-27

Nakajima H, Ushimi C, Obara J.No abstract available

National Institute of Animal Health quarterly January 1, 1970 Volume 10, Issue 2 90-91

Ushimi C, Nakajima H, Tanaka S.No abstract available

National Institute of Animal Health quarterly January 1, 1978 Volume 18, Issue 1 39-40

Sentsui H, Kono Y.No abstract available

National Institute of Animal Health quarterly January 1, 1972 Volume 12, Issue 4 183-187

Kono Y, Ishikawa K, Fukunaga Y, Fujino M.No abstract available

National Institute of Animal Health quarterly January 1, 1967 Volume 7, Issue 2 84-94

Yamamoto H, Konno S.No abstract available

National Institute of Animal Health quarterly January 1, 1981 Volume 21, Issue 4 184-185

Nakashiro H, Naruse M, Sugimoto C, Isayama Y, Kuniyasu C.No abstract available

National Institute of Animal Health quarterly January 1, 1967 Volume 7, Issue 1 40-53

Yamamoto H, Konno S.No abstract available

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Eimeria leuckarti infection in foals.

National Institute of Animal Health quarterly January 1, 1976 Volume 16, Issue 2 59-64

Sutoh M, Saheki Y, Ishitani R, Inui S, Narita M, Hamazaki H, Yokota T.This is the first report on Eimeria leuckarti infection in foals in Japan. Seven Thoroughbred or Angloarabian foals 2 to 7 months of age raised in the Hidaka district, Hokkaido, were infected with E. leuckarti. They died of severe alterations caused by the larval migration of Strongylus vulgaris, and were examined over a period from 1970 to 1973. Protozoa of this species were observed in the small intestine in all the foals. They were found mostly in vacuoles of the cytoplasm of monoclear cells in the lamina propria at or near the tip of villi. Various stages of gametocytes, oocysts, and micro...

National Institute of Animal Health quarterly January 1, 1972 Volume 12, Issue 4 188-192

Nakajima H, Kobayashi K, Kono Y, Ushimi C.No abstract available

National Institute of Animal Health quarterly January 1, 1981 Volume 21, Issue 4 159-162

Sugimoto C, Isayama Y, Kashiwazaki M, Mitani K.The minimal inhibitory concentrations of 31 antimicrobial agents were determined for 99 isolates of Haemophilus equigenitalis by the agar dilution method. All the isolates showed good susceptibility to 26 antimicrobial agents tests, minimal inhibitory concentrations of which were less than 3.13 micrograms/ml for more than 90% of the isolates. Of these agents, 4 macrolides (erythromycin, oleandomycin, kitasamycin, tylosin), 3 tetracyclines (tetracycline, chlortetracycline, oxytetracycline), 1 peptide (colistin), 1 penicillin (ampicillin) and 1 pleuromutilin (tiamulin) were the most active agent...

National Institute of Animal Health quarterly January 1, 1974 Volume 14, Issue 1 1-8

Nakajima H, Fukunaga Y, Ushimi C.No abstract available

National Institute of Animal Health quarterly January 1, 1970 Volume 10, Issue 3 123-128

Suzuki T, Nakano K, Shimizu Y, Isayama Y, Kawakami Y.No abstract available

National Institute of Animal Health quarterly January 1, 1973 Volume 13, Issue 4 182-186

Kono Y, Fukunaga Y, Kobayashi K.No abstract available

National Institute of Animal Health quarterly January 1, 1980 Volume 20, Issue 2 39-43

Sentsui H, Kono Y.A seroepidemiological survey was performed on antibody against Getah virus in horses in Japan by the complement fixation test. The positive rate was 35 and 53% in two areas where an outbreak of the infectious disease was reported, whereas it was in a range of 3.3 to 24.2% in other areas, except in certain prefectures of the Kyushu district where a high positive rate was observed. In the Hokkaido district, the northernmost part of Japan, no reactors were found in horses under 6 years old, unlike in any other district. It was also suggested that Getah virus infection might have already been prev...

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ISSN:	0027-951X (Print) 0027-951X (Linking)
NLM ID:	0413132
(DNLM):	N04740000(s)
(OCoLC):	01754935
Coden:	NIAHAI
Classification:	W1 NA486CE

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