산란계 농장에서의 생물학적 위해요인과 관리점 분석

Analysis of biological hazards and control points in layer houses
  • 이성모
  • 유한상
  • 홍종해

초록

An egg has been considered as one of the most important food sources because of it's nutritional superiority and reasonable price. With the complexity of egg flow system from production to consumption in Korea, preventive measures for egg safety have been required. Therefore, our study was carried out to analyze hazards for the egg under farm level and develope preventive measures with a purpose of obtaining egg safety. To analyze biological hazards, microbial contamination of egg(normal, dirty and cracked), water, feed, manure and equipments associated with laying were investigated. One isolate of Salmonella enteritidis and S. bardo were detected from the manure and dirty egg shell respectively. The sanitary conditions in the farm were surveyed by questionaries. Confirmation of vaccination for purchasing chicks and establishment of sanitary guidances for water and type of water suppliers ought to be preceded. Feed supplier systems including feed tanks, feed pipes and hoppers were known that their contamination might give it a chance to infect individuals and egg content and shell. The safe and rapid disposal of dead chickens and rodent were reported as more crucial factors to prevent infectious disease and manage good sanitation. Egg selector and collecting belt should be kept properly not to be contaminated from egg fluids and feces. It should be also considered that regular gathering of eggs, removal of dirty or cracked ones, storage under refrigeration and the use of disposable egg tray were continuously fulfilled. Conclusively, Our results suggested that HACCP-based system for providing fresh and safe eggs to consumers should be applied to the farm.

키워드

eggbiological hazardscontrol pointHACCPeggbiological hazardscontrol pointHACCP
제목
산란계 농장에서의 생물학적 위해요인과 관리점 분석
제목 (타언어)
Analysis of biological hazards and control points in layer houses
저자
이성모유한상홍종해
발행일
2004-12
유형
Y
저널명
대한수의학회지
44
4
페이지
593 ~ 605