Abstract:
본 발명은 비브리오 하베이 감염증에 감염된 넙치로부터 분리된 비브리오 하베이( Vibrio harveyi ) HN (미생물 기탁번호 KCTC 11705BP) 균주를 항원으로 포함하는 비브리오 하베이 감염증 불활성화 백신, 이의 제조방법 및 투여방법에 대한 것이다.
Abstract:
The present invention relates to an algorithm by which a fish abdominal position for vaccine injection is determined based on morphological measurement data including the total length (TL), the body width (WL), and the weight (W) of the fish. More particularly, according to the fish vaccine injection position following algorithm of the present invention, abdominal position and shape including a linear distance (ML) from a mouth end portion to the abdomen, the length of the abdomen (AL), and the width of the abdomen (AW) are detected through fish X-raying and weight center point coordinates of an injection area where an internal organ is absent are obtained with the ML line being the x axis and the AW line being the y axis. Then, the coordinates are deduced into an equation using TL, TL and WL, or TL, WL, and W as variables, that is, morphological injection position coordinates. According to the present invention, the injection position following can be more accurate than in the related art in which the correlation between the total length and the body width of the fish and the like are analyzed for morphological injection position following based on an injection position manually marked on an outer surface of the fish body by an injection specialist. Also, according to the present invention, damage to the internal organ attributable to the vaccine injection can be minimized. In addition, the present invention can be effectively applied to various types of automated vaccine injection devices, including the automated vaccine injection devices of the related art in which a vision system and a rectangular coordinates robot are used.