Ruminants

Synbiotics manufactures products for virtually every major ruminant disease which are designed for commercial diagnostic laboratories or veterinarians specializing in production animals.  These diagnostic kits feature two major ELISA lines, SERELISA® and LACTELISA®, for use with primarily serum or milk samples, respectively.  Along with these two formats, the brucellosis diagnostic options include sero-agglutination (ANTIGENE SAW), compliment fixation (ANTIFIX) and rapid slide agglutination (BENGATEST). For the detection of Bovine Leukemia Virus (BLV), Synbiotics manufactures multiple SERELISA® and LACTELISA® assays in addition to LEUCOSE BOVINE AGID. SERELISA® kits are available to detect Pestivirus strains associated with Bovine Viral Diarrhea (BVD) as well as Bovine Herpes Virus type I (BHV-1) associated with Infectious Bovine Rhinotracheitis (IBR) and Infectious Pustular Vulvovaginitis (IPV).  Synbiotics also offers LEUCOCYTEST (California Mastitis Test), MYCOBACTINE J and SERELISA® M. ParaTB Ab Mono Indirect kit (Johne’s disease), FUNGASSAY® (dermatophytes), OVASSAY®/OVATEC® Plus (intestinal parasitic ova) and a variety of tuberculosis diagnostic aids (BOVITUBER® PPD, AVITUBER®, and Tuberculin OT).

SERELISA® BLV Ab Bi Indirect
The SERELISA® BLV Ab Bi Indirect kit is a double well ELISA for the detection of Bovine Leukemia Virus (BLV) gp51 (envelope glycoprotein) antibodies in individual serum samples or up to 10 pooled bovine sera.   With consideration of threshold values, the presence of BLV gp51 antibodies is assessed by the difference in optical densities between the viral antigen well and the corresponding cellular antigen well.
Product overview
CONTACT SYNBIOTICS REGARDING AVAILABILITY
US Code:
ASBLV2
Europe Code:
192 wells; each cellular or viral Ag coated
Units per kit:
Serum
Sample type:
Less than three hours
Test time:
Refrigerate (2-8º C)
Storage:
ASBLV2 DI (English)
PDF English Language
ASBLV2 DI (French)
PDF French Language
ASBLV2 DI (German
PDF German Language
SERELISA® BLV Ab Bi Indirect