BD 261185 - BBL Indole Dropper Reagent, 0.5mL Dropper Tubes, Box of 50, 10 BX/CA
The BD 261185 BBL Indole Dropper Reagent is a high-quality diagnostic reagent designed for rapid and reliable indole testing in microbiology laboratories. Packaged in 0.5mL dropper tubes, this product provides accurate results while minimizing contamination risks and reagent waste. Each box contains 50 individually sealed units, ensuring convenience and consistency in daily laboratory use.
The indole test is an essential biochemical assay used to detect indole production by bacteria, aiding in species identification such as Escherichia coli and other Enterobacteriaceae. With BDs trusted quality and convenient dropper format, this reagent supports dependable microbial identification workflows.
Key Benefits
Convenient 0.5mL dropper tubes: Delivers precise reagent application with minimal waste.
Box of 50 units: Individually packaged to maintain stability and sterility.
Reliable performance: Ensures accurate indole detection for bacterial identification.
Reduces contamination risks: Single-use packaging improves safety in laboratory environments.
BD quality assurance: Manufactured under strict quality control for consistent results.
Compatibility and Applications
The BD 261185 Indole Dropper Reagent is compatible with standard microbiology testing workflows and is widely used in hospital, clinical, and research laboratories.
Applications include:
Identification of E. coli and other indole-positive organisms.
Use in enteric bacteria testing panels.
Diagnostic microbiology in clinical laboratories.
Teaching and training in academic laboratory settings.
Usage Guidelines
Confirm integrity of packaging before use.
Perform the indole test following laboratory protocols.
Apply reagent directly to cultured colonies or broth culture as required.
Interpret color change to determine indole presence (red color indicates positive reaction).
Dispose of used dropper tubes according to hazardous chemical waste regulations.
Certifications, Safety Standards, and Regulatory Approvals
The BD 261185 Indole Dropper Reagent complies with FDA, CE, and ISO standards for in vitro diagnostic (IVD) reagents. Manufactured under strict quality systems, it meets international regulatory requirements for diagnostic use.
Comparison with Competitor Products
Unlike bulk reagents that increase contamination risk and waste, the BD 261185s individual 0.5mL dropper format offers safer handling and more precise application. This feature makes it superior to competitor reagents supplied only in larger volumes.
Typical User Profile and Application Scenarios
This product is typically used by:
Clinical microbiologists performing bacterial identification.
Laboratory technicians conducting routine diagnostic testing.
Researchers studying bacterial biochemical pathways.
Academic instructors teaching diagnostic microbiology.
Typical scenarios include hospital diagnostic labs, reference laboratories, and educational institutions requiring safe and reliable reagents for routine indole testing.
Best Practices for Use and Maintenance
Store in a cool, dry environment per manufacturers guidelines.
Always use aseptic handling techniques when performing tests.
Do not attempt to reuse droppers; they are single-use only.
Follow laboratory safety protocols when disposing of reagents.
Regulatory and Safety Information
The BD 261185 reagent is classified for in vitro diagnostic use only and complies with FDA, CE, and ISO certifications. It is not intended for human or veterinary therapeutic use. Safety data sheets (SDS) are available upon request to ensure proper laboratory handling.
How to Order
The BD 261185 BBL Indole Dropper Reagent, 0.5mL, Box of 50, is available through CIA Medicals secure online ordering platform. Simply add the product to your cart and complete checkout easily.
For bulk orders, institutional pricing, or technical inquiries, please contact CIA Medical customer service at (312) 275-5850 or use the contact form provided on this page. Our team is available to assist with product availability and volume discounts.
