Siny Medical Sulfate Reducing Bacteria (SRB) Test Tube For Water Quality Detection

Sulfate-reducing bacteria SRB convert sulfate into sulfide under anaerobic conditions. These bacteria play a key role in environmental processes and may contribute to metal corrosion and other issues. Our detection tube uses advanced bio-detection techniques and a specialized culture medium to identify sulfate-reducing bacteria in water samples. The method delivers reliable results that support accurate diagnoses and environmental assessments.

Key Features

• High Sensitivity and Specificity
• The tube contains a carefully formulated culture medium and specific indicators that capture even small amounts of the target bacteria.
• Easy Operation and Versatile Use
• Designed for both clinical and laboratory settings, the process is simple and minimizes the risk of errors.
• Clear and Immediate Results
• A distinct color change in the tube indicates the presence of bacteria, allowing for quick interpretation and reducing turnaround time.
• Strict Quality Control
• Each tube undergoes rigorous quality checks to meet national and international standards, ensuring reliable performance in various conditions.

Applications

• Clinical Testing
• Use the tube as a supportive tool for diagnosing infections where sulfate-reducing bacteria might be involved, assisting healthcare professionals in making informed decisions.
• Environmental Monitoring
• Detect sulfate-reducing bacteria in water and other environmental samples to assess the quality and safety of natural and industrial water sources.
• Scientific Research
• Researchers can use this tube to study microbial communities, corrosion processes, and other aspects related to sulfate reduction in various ecosystems.

Instructions for Use (Absolute Dilution Method)

Sample Collection and Pre-Treatment

Collect water samples using sterile techniques to prevent contamination. Pre-treat the sample as needed according to the guidelines.

Inoculation and Dilution

With a sterile syringe, gradually inject the water sample into a series of test bottles. This step serially dilutes the sample to help calculate the total number of bacteria.

Incubation

Place the inoculated bottles in an incubator set to the required temperature and time. This controlled environment allows the reaction to develop fully.

Result Interpretation and Calculation

After incubation, observe the color changes in the test bottles. Using the dilution factor and the number of positive reactions, calculate the total bacteria count. Repeat the test if necessary to ensure accuracy.

Precautions

• Maintain Sterile Conditions
• Work in a sterile environment throughout the process to prevent contamination of the sample or reagents.
• Temperature and Timing Control
• Ensure that the incubator remains stable at the set temperature and that the incubation time is strictly observed.
• Proper Storage
• Store the detection tubes in a cool, dry place away from direct sunlight to maintain their effectiveness.
• Monitor Expiry Dates
• Always use the product within its designated expiry period to guarantee reliable results.

Our Advantages

• Advanced R&D Team
• Our team continuously adopts the latest technology to keep our products at the forefront of the industry.
• Rigorous Quality Management
• We adhere to strict quality standards, following ISO and national guidelines, with comprehensive quality checks at every stage of production.
• Custom Production Capabilities
• We offer various specifications and tailored solutions to meet the diverse needs of our clients.
• Strong Industry Reputation
• Our commitment to quality and reliable products has earned the trust of healthcare institutions, research centers, and environmental agencies.