Abstract:
The present invention relates to a vaccine composition comprising domestic predominant epidemic genotype strains of bovine viral diarrhea virus for preventing or treating bovine viral diarrhea. When preparing a vaccine by mixing GB44-1 strain, GB45-1 strain, and 08Q723 strain which are the bovine viral diarrhea virus according to the present invention, the vaccine can be valuably used as an effective vaccine for preventing or treating the bovine viral diarrhea since the vaccine is suitable for domestic genotypes and has an outstanding immune function compared to a conventional vaccine, and solves a problem of a conventional vaccine for the bovine viral diarrhea.
Abstract:
PURPOSE: A veterinary composition containing sulpyrine and anti-histamine agent is provided to help antibody formation without negative effect. CONSTITUTION: A veterinary composition for reducing animal stress caused by vaccination contains sulpyrine as an active ingredient and is used by mixing with a vaccine. The composition further contains an anti-histamine agent. The anti-histamine agent is chlorpheniramine, diphenhydramine, tripelenamine, promethazine, or veterinarily acceptable salt thereof. The vaccine includes swine fever vaccine or PED-TGE mixed vaccine.
Abstract:
PURPOSE: A bovine corona virus and a method for detecting bovine virus and pestivirus are provided to enable hot-start PCR and suppress non-specific amplification. CONSTITUTION: A primer for detecting bovine diarrheal disease contains a primer for detecting bovine corona virus and a prime for detecting rotavirus. The primer for detecting bovine corona virus is a sequence of amplifying a gene encoding hemagglutinin esterase of bovine corona virus. The primer for detecting rotavirus amplifies a sequence corresponding to VP7 among genes encoding capsid gene of rotavirus. A method for detecting bovine corona virus, bovine rotavirus, and bovine diarrheal disease comprises: a step of extracting RNA, a step of performing PCR using the RNA, and a step of analyzing the PCR product.
Abstract:
본 발명은 돼지 면역글로불린 지(Immunoglobulin G; 이하 “IgG”라 한다)의 에프씨(Crystallized Fragment; 이하 “Fc”한다) 도메인의 세포 표면 발현용 벡터, 상기 벡터에 의해 형질전환된 숙주세포 및 상기 숙주세포를 이용한 돼지 질병 관련 바이러스에 대한 백신의 제조방법에 관한 것이다. 본 발명에 따른 숙주세포에 바이러스를 증식시키는 경우 바이러스 외피에 Fc가 포함됨으로써 다양한 돼지 질병 관련 바이러스에 대하여 면역능이 우수한 백신을 손쉽게 생산할 수 있도록 해준다. 돼지 IgG, Fc 유전자, 표면 발현, 벡터
Abstract:
PURPOSE: A diagnostic method of foot-and-mouth disease using a recombinant FMCV 2C non-structural protein and a monoclonal antibody is provided, thereby more rapidly and accurately diagnosing the foot-and-mouth disease than the prior methods. CONSTITUTION: A gene encoding a recombinant FMCV 2C non-structural protein derived from Korean foot-and-mouth disease virus O/SKR/2000 has the nucleotide sequence of SEQ ID NO: 1. A recombinant vector is prepared by cloning the gene encoding the recombinant FMCV 2C non-structural protein of SEQ ID NO: 1. The recombinant FMCV 2C non-structural protein is expressed by transformation of a cell with the recombinant vector. A hybridoma cell line(KCTC 10137BP) is prepared by introducing the recombinant FMCV 2C non-structural protein into an animal, collecting an immunized cell from the animal and fusing the immunized cell with a cancer cell. A recombinant FMCV 2C non-structural protein specific monoclonal antibody is produced from the hybridoma cell line(KCTC 10137BP). A diagnostic method of foot-and-mouth disease comprises the steps of: (1) diluting the recombinant FMCV 2C non-structural protein specific monoclonal antibody in a coating buffer solution and pouring the diluate on a plate; (2) washing the plate to remove unattached monoclonal antibodies; (3) reacting the recombinant FMCV 2C non-structural protein with the plate; (4) washing the plate to remove unreacted recombinant FMCV 2C non-structural proteins; (5) reacting the testing serum with the plate; (6) washing the plate to remove unreacted testing serum; (7) reacting a conjugate, which binds with an antibody for foot-and-mouth disease virus in the testing serum and has an enzyme, a radioactive material or a fluorescent material, with the testing serum; and (8) measuring intensity of the enzyme reaction, fluorescence reaction or radiation reaction with the conjugate.
Abstract:
PURPOSE: A diagnostic method of foot-and-mouth disease using a recombinant FMCV 2C non-structural protein and a monoclonal antibody is provided, thereby more rapidly and accurately diagnosing the foot-and-mouth disease than the prior methods. CONSTITUTION: A gene encoding a recombinant FMCV 2C non-structural protein derived from Korean foot-and-mouth disease virus O/SKR/2000 has the nucleotide sequence of SEQ ID NO: 1. A recombinant vector is prepared by cloning the gene encoding the recombinant FMCV 2C non-structural protein of SEQ ID NO: 1. The recombinant FMCV 2C non-structural protein is expressed by transformation of a cell with the recombinant vector. A hybridoma cell line(KCTC 10137BP) is prepared by introducing the recombinant FMCV 2C non-structural protein into an animal, collecting an immunized cell from the animal and fusing the immunized cell with a cancer cell. A recombinant FMCV 2C non-structural protein specific monoclonal antibody is produced from the hybridoma cell line(KCTC 10137BP). A diagnostic method of foot-and-mouth disease comprises the steps of: (1) diluting the recombinant FMCV 2C non-structural protein specific monoclonal antibody in a coating buffer solution and pouring the diluate on a plate; (2) washing the plate to remove unattached monoclonal antibodies; (3) reacting the recombinant FMCV 2C non-structural protein with the plate; (4) washing the plate to remove unreacted recombinant FMCV 2C non-structural proteins; (5) reacting the testing serum with the plate; (6) washing the plate to remove unreacted testing serum; (7) reacting a conjugate, which binds with an antibody for foot-and-mouth disease virus in the testing serum and has an enzyme, a radioactive material or a fluorescent material, with the testing serum; and (8) measuring intensity of the enzyme reaction, fluorescence reaction or radiation reaction with the conjugate.