Abstract:
The present invention relates to a cultivating method and a detecting method of sacbrood virus. The cultivating method makes sacbrood virus cultivation, which has been difficult, possible. A method for detecting the sacbrood virus using the cultivating method of the present invention can always detect the sacbrood virus (SBV) easily and quickly by deviating from the existing passive reaction to the sacbrood virus.
Abstract:
PURPOSE: A composition for toxoplasma strongylosis prevention and treatment is provided to be used on the toxoplasma strongylosis prevention and treatment by lowering infection and removing toxoplasma strongylosis without concern for toxicity and antibiotic resistance. CONSTITUTION: A composition for toxoplasma strongylosis prevention and treatment comprises an immunoglobulin yolk obtained through inoculating the toxoplasma strongylosis antigen to an egg. The antigen comprises an additional adjuvant. The immunoglobulin yolk is included to 260-1350 micrograms/milliliters. The treatment method is to inoculate the composition containing pharmaceutically effective amount of immunoglobulin yolk to a mammal. [Reference numerals] (AA) Survival rate (%)
Abstract:
PURPOSE: A vaccine of neosporosis and a method for producing neosporosis are provided to induce infection of low level and prevent neosporosis. CONSTITUTION: A vaccine for bovine neosporosis contains Neospora caninum antigen. The vaccine further comprises Polygen^TM, IMS1313^TM, or PBS^TM as an adjuvant. A method for producing the vaccine comprises: a step of culturing Neospora protozoa in a cell; a step of collecting cultured Neospora protozoa; and a step of treating the Neospora protozoa with antigen.
Abstract:
PURPOSE: A method for binding Leishmania infantum antigen to latex beads is provided to enable simple and cheap diagnosis without expensive equipment. CONSTITUTION: A method for binding Leishmania infantum(ATCC 50134) antigen to latex beads comprises: a step of the Leishmania infantum antigen in 45mM~55mM HEPES(4-(2-hydroxyethyl)-1-piperazineethanesulfonic acid) and 145-155mM NaCl buffer in a concentration of 1.45mg/ml-1.55mg/ml; a step of reacting the latex beads into the diluted antigen at 35-39°C for 0.5-1.5 hours and then reacting at 3-5°C for 8-12 hours; a step of centrifuging the reacted antigen at 5,000rpm-7000rpm for 15-25 minutes; and a step of treating 10% BSA(Bovine Albumin Serum) for 2.5-3.5 hours.