| Autor: |
van Pelt W; Centrum voor Infectieziekten Epidemiologie (CIE), RIVM. Keuringsdienst van Waren Oost, Zutphen. w.van.pelt@rivm.nl, van der Zee H, Wannet WJ, van de Giessen AW, Mevius DJ, Bolder NM, Komijn RE, van Duynhoven YT |
| Jazyk: |
Dutch; Flemish |
| Zdroj: |
Tijdschrift voor diergeneeskunde [Tijdschr Diergeneeskd] 2002 Oct 15; Vol. 127 (20), pp. 625-9. |
| Abstrakt: |
In the Netherlands S. Paratyphi B variation Java increased in poultry from less than 2% of all isolates before 1996 up to 40% in 2001. This development in poultry runs in parallel with that in Germany and appears not to occur in other European countries. A German study shows that in the late nineties it concerns isolates of only one multi-resistant clone of Java (in Holland as well) whilst isolates before the middle nineties were genetically much more heterogeneous and sensitive to antibiotics. Although the exposition of humans to contaminated poultry meat is relatively high, human patients with a Java infection are rare. Treatment of poultry flocks with quinolones was about 13% in 2000-2001. Resistance to flumequin of Java increased from 3% between 1996-1999 to 20% between 2000-2002 whilst that of other serotypes in poultry remained about 7%. Java is also fast becoming less sensitive to ciprofloxacin which is the antibiotic of first choice in serious cases of salmonellosis. The ministries of public health, agriculture and the production boards, with their research institutes, together with the poultry meat production chain integrations have recently decided to work together in order to determine the public health importance of the Java epidemic in poultry and finding measures for effective control in the poultry industry. |
| Databáze: |
MEDLINE |
| Externí odkaz: |
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