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Brucellosis Ab Indirect ELISA Test Kit | Veterinary IVD Antibody Detection Reagent | FKNMED |
The Brucellosis Ab (Indirect) ELISA Test Kit is a professional Veterinary IVD serological detection reagent designed for bovine and porcine brucellosis antibody screening. Based on indirect ELISA technology, the kit uses purified Brucella antigen-coated microplates to achieve specific qualitative detection of Brucella antibodies in animal serum and plasma samples.
Designed for veterinary laboratories, livestock farms, and third-party animal testing institutions, this ELISA reagent supports standardized serological testing workflows for brucellosis screening, immune status evaluation, and herd health monitoring. Its complete reagent configuration helps professional users perform consistent batch testing within established laboratory procedures.
The Brucellosis Ab (Indirect) ELISA Test Kit is suitable for cattle and pig breeding farms, veterinary clinics, animal disease prevention agencies, veterinary diagnostic laboratories, and international veterinary reagent distributors.
The kit is applied for qualitative detection of Brucella antibodies in bovine and porcine serum or plasma samples. It supports routine herd serological monitoring, livestock transportation screening, post-vaccination immune evaluation, and auxiliary laboratory assessment of suspected brucellosis cases.
With standardized indirect ELISA procedures, this reagent meets the batch testing requirements of large-scale breeding enterprises and professional veterinary testing organizations requiring stable laboratory workflows.
Based on purified Brucella antigen-coated microplates and indirect ELISA reaction principles, the kit enables specific binding with animal Brucella antibodies. The standardized positive and negative control system supports consistent result interpretation and repeatable serological evaluation.
The detection process uses OD value reading at 450nm with a 630nm reference wavelength, providing objective laboratory measurement data according to the defined S/P value judgment criteria.
Optimized for continuous laboratory operation and high-volume sample processing, the kit provides stable batch consistency with matched reagents designed for repeated testing procedures. The complete reagent package helps reduce preparation complexity and supports efficient laboratory management.
The kit includes antigen-coated microplates, controls, sample diluents, washing solution, enzyme conjugate, substrate, stopping solution, and other matched components required for ELISA testing.
The unified sample dilution ratio, incubation procedure, washing process, and color development steps help standardize testing operations in veterinary laboratories and livestock testing facilities.
The detection workflow is compatible with commonly used 96-well microplate readers and microplate washer equipment. The standardized testing procedure supports integration into established veterinary laboratory detection systems without additional workflow modification.
Available with 96 Tests and 192 Tests packaging specifications, the kit supports different purchasing requirements from veterinary laboratories, livestock enterprises, and international distributors. Stable storage performance and complete reagent configuration contribute to efficient long-term laboratory operation.
| Test Principle | Indirect ELISA with pre-coated purified Brucella antigen |
| Applicable Samples | Bovine and porcine serum or plasma (non-hemolytic clear samples) |
| Sample Dilution Ratio | 1:200 (sample dilution: serum = 199μL: 1μL) |
| Detection Condition | OD value reading at 450nm (630nm reference wavelength) |
| Result Judgment Standard | S/P＜0.4 (Negative); S/P≥0.4 (Positive) |
| Valid Assay Standard | Negative control OD＜0.2; Positive control OD＞0.5 |
| Full Kit Components | Antigen coated microplate, negative control, positive control, sample diluents, 10X concentrated washing solution, enzyme conjugate, substrate, stopping solution, adhesive plate sealer, serum dilution microplate, instruction manual |
| Required External Equipment | Micropipette, pipette tips, graduated cylinder, 96-well microplate reader, microplate washer, distilled water |
| Storage Condition | 2–8℃, dark storage, no freezing |
| Shelf Life | 12 Months |
| Packaging Specifications | 96 Tests / 192 Tests |
FKNMED’s Brucellosis Ab (Indirect) ELISA Test Kit is a stable serological detection solution developed for global livestock breeding and veterinary IVD applications. The kit adopts standardized production procedures and strict batch quality control to maintain consistent reagent performance for professional laboratory use.
With complete reagent configuration, flexible packaging options, and continuous bulk supply capability, FKNMED supports procurement requirements from international importers, distributors, veterinary laboratories, and large-scale breeding enterprises.
For professional users performing brucellosis antibody screening and herd health monitoring, FKNMED provides standardized ELISA testing solutions that improve workflow efficiency, support reliable result interpretation, and reduce comprehensive laboratory operation costs.
Q1. How to choose a brucellosis antibody ELISA kit for cattle and small ruminant testing?
When selecting a brucellosis antibody ELISA kit, veterinary laboratories and procurement teams should consider target animal species, testing objectives, laboratory workflow, and surveillance requirements. The suitable kit should align with routine herd monitoring, diagnostic laboratory applications, or large-scale disease control programs. Factors such as testing consistency, operational requirements, reagent stability, and compatibility with existing laboratory procedures should be evaluated. A properly selected ELISA solution can support structured brucellosis serology workflows for cattle and small ruminants while improving efficiency in continuous animal health monitoring programs.
Q2. Which animal species can be tested with a brucellosis antibody ELISA kit?
Brucellosis antibody ELISA kits are designed for veterinary serological applications in livestock health management programs. Depending on product specifications and validated applications, ELISA testing may support surveillance workflows involving cattle and small ruminants. Veterinary organizations should confirm species compatibility before implementation and establish testing procedures according to their disease monitoring objectives. Proper sample collection, laboratory operation, and result interpretation are essential to ensure that antibody detection data provides meaningful support for herd health evaluation and brucellosis control strategies.
Q3. Can this ELISA kit support herd-level brucellosis surveillance in farms?
Yes, brucellosis antibody ELISA can be integrated into herd-level surveillance programs where regular monitoring of livestock antibody status is required. Farms, veterinary laboratories, and animal health organizations can use ELISA workflows to evaluate population-level serological information and support disease management decisions. For large-scale applications, standardized sample handling, testing procedures, and result documentation are important for maintaining reliable surveillance data. ELISA-based monitoring can support breeding farms, dairy operations, and livestock production systems that require continuous brucellosis health assessment.
Q4. How should veterinary laboratories standardize ELISA workflows for brucellosis serology?
Veterinary laboratories can improve brucellosis ELISA consistency by establishing standardized procedures covering sample preparation, reagent handling, testing operation, quality control, and result recording. Consistent workflows help reduce operator variation and improve repeatability between testing batches. Laboratories conducting routine surveillance should also maintain clear documentation practices and ensure personnel are trained in ELISA operation procedures. A structured workflow supports efficient processing of multiple samples from different farms or production systems while maintaining reliable serological monitoring performance.
Q5. What factors affect accuracy and repeatability in brucellosis antibody ELISA testing?
The reliability of brucellosis antibody ELISA results depends on multiple factors throughout the testing workflow. Important considerations include sample quality, proper storage and handling, reagent management, standardized operating procedures, and accurate result interpretation. Laboratory environmental conditions and operator experience may also influence testing consistency. Veterinary diagnostic facilities can improve repeatability by implementing quality control procedures, maintaining consistent workflows, and regularly reviewing testing processes. These practices help ensure that ELISA results provide dependable information for livestock disease surveillance and herd health management.
Q6. How can ELISA help confirm RBPT-positive brucellosis screening results?
ELISA can be used as part of a structured brucellosis diagnostic workflow to provide additional serological information after initial screening procedures such as rose bengal plate testing. Different diagnostic methods have different roles, and ELISA may help laboratories conduct further evaluation of antibody responses when additional testing information is required. Veterinary professionals should interpret ELISA results together with herd history, clinical information, and applicable disease control procedures. Combining appropriate screening and laboratory methods supports more comprehensive brucellosis surveillance programs.
Q7. What are the best use cases for brucellosis ELISA in diagnostic laboratories?
Brucellosis antibody ELISA is suitable for veterinary diagnostic laboratories involved in livestock disease surveillance, herd monitoring, and animal health management programs. Common applications include routine serological testing, breeding herd monitoring, dairy operation surveillance, and regional disease control activities. Laboratories handling larger sample volumes may benefit from standardized ELISA workflows that support efficient testing and data management. By integrating ELISA into diagnostic operations, veterinary teams can improve their ability to monitor brucellosis antibody status across different livestock populations.
Q8. What sample types are most suitable for brucellosis antibody ELISA testing?
Sample selection is an important factor in achieving reliable brucellosis antibody ELISA results. Veterinary laboratories should use appropriate sample types according to the kit specifications and established testing protocols. Proper collection, identification, storage, and transport procedures help protect sample integrity before analysis. For livestock surveillance programs involving multiple farms or large animal populations, standardized specimen management is essential to reduce pre-analytical variation and support consistent laboratory performance throughout the testing workflow.
Q9. What laboratory equipment is needed for reliable brucellosis ELISA testing?
Reliable brucellosis ELISA testing requires a suitable laboratory environment, supporting equipment, and standardized operating procedures. The required setup depends on testing volume, workflow design, and laboratory capability. Facilities typically need equipment that supports sample preparation, ELISA operation, result analysis, and quality management processes. Veterinary laboratories planning expansion or upgrading should evaluate testing capacity, workflow efficiency, and operational requirements to ensure continuous and stable serological monitoring performance.
Q10. How can brucellosis ELISA support long-term herd health management?
Brucellosis antibody ELISA supports long-term herd health management by providing structured serological data for monitoring livestock populations over time. Veterinary professionals can use antibody testing information together with herd records, biosecurity practices, and disease control strategies to support informed management decisions. In breeding farms, dairy operations, and livestock surveillance programs, consistent ELISA testing helps maintain continuous disease monitoring capability. Standardized workflows and reliable laboratory practices are essential for achieving effective long-term brucellosis control and prevention objectives.
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