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HiMedia M788-500G Thiobacillus Agar, 500 g
Item #: 99779066

HiMedia M788-500G Thiobacillus Agar, 500 g

Item #: 99779066

XOF 105657

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What Stands Out

Specialized Medium
Specifically formulated for the cultivation of Thiobacillus species, ensuring optimal growth conditions and reliable results in microbiological studies.
Large Quantity
Comes in a generous 500 g package, ideal for laboratories requiring frequent use, minimizing the need for reorder and ensuring consistency in research.
High Quality
Manufactured with premium ingredients, this agar medium assures purity and performance, meeting rigorous standards for scientific research and applications.

Product Details

Shop HiMedia M788-500G Thiobacillus Agar, 500 g online at a best price in Burkina Faso. B00DYO7MJG
Item Weight1.1 lbs (500 grams)

Who Should Buy?

Suitable For
  • Microbiology Labs

    Ideal for laboratories studying sulfur-oxidizing bacteria, enhancing microbial research quality and consistency in testing.

  • Environmental Scientists

    Useful for researchers examining soil and water samples for Thiobacillus species in ecological and environmental assessments.

  • Academic Institutions

    Perfect for universities and colleges focusing on microbiology courses, promoting hands-on learning experiences for students.

Not Suitable For
  • Casual Users

    Not suitable for individuals without microbiology backgrounds, as the media requires specific handling and interpretation.

  • Non-Microbiology Studies

    Inappropriate for labs focused on other microbial types or those requiring different culture media for analysis.

  • Home Testing

    Not meant for home usage, as it's designed for controlled environments with relevant expertise in microbiological techniques.

Product Description

HiMedia M788-500G Thiobacillus Agar, 500 g

Have any Query? Chat with us

Customer Questions & Answers

  • Question: What is HiMedia M788-500G Thiobacillus Agar used for?

    Answer: HiMedia M788-500G Thiobacillus Agar is specifically formulated for the culture of Thiobacillus species, which are sulfur-oxidizing bacteria. This medium supports the growth of these microorganisms and is crucial in studies related to biogeochemical sulfur cycles and soil microbiology. It provides the necessary nutrients and conditions that facilitate these bacteria's metabolic activities. Researchers and laboratories use this agar in environmental and microbiological studies to examine the role of Thiobacillus in soil health and its applications in bioremediation.
  • Question: What are the key ingredients in Thiobacillus Agar?

    Answer: Thiobacillus Agar contains essential components such as sulfur, minerals, and other growth-promoting nutrients tailored for Thiobacillus bacteria. This unique formulation enhances the culturing process, as sulfur serves as the primary energy source for these organisms. The agar also includes buffering agents to maintain pH levels suitable for bacterial growth. Laboratories utilize this agar to replicate natural environments, allowing scientists to conduct detailed studies on sulfur cycle dynamics and microbial interactions in ecological settings.
  • Question: How should Thiobacillus Agar be prepared?

    Answer: To prepare HiMedia Thiobacillus Agar, dissolve the specified amount of powder in distilled water, then autoclave the mixture to ensure sterility. After autoclaving, allow the agar to cool to about 50-55°C before pouring into sterile Petri dishes. This meticulous preparation is vital to prevent contamination and preserve the agar's effectiveness. Properly prepared agar plates are critical in obtaining accurate growth results in laboratory experiments examining nitrogen turnover and biogeochemical processes.
  • Question: Can Thiobacillus Agar be stored? If yes, how?

    Answer: Yes, HiMedia Thiobacillus Agar can be stored for extended periods. It should be kept in a cool, dark place to prevent the degradation of nutrients and maintain its efficacy. When stored properly, the agar can remain viable for several months. Researchers often store the prepared plates in a refrigerator, ensuring that they are securely wrapped or sealed to prevent moisture absorption. This practice allows for sequential experiments, as scientists can utilize the stored agar plates when needed without the hassle of immediate preparation.
  • Question: Is Thiobacillus Agar suitable for other types of bacteria?

    Answer: While HiMedia Thiobacillus Agar is specifically designed for the cultivation of Thiobacillus species, it may support the growth of other sulfur-oxidizing bacteria as well. However, the selectivity of the medium means that it may not be suitable for a broader range of bacterial species. For studies requiring diverse microbial populations, researchers might incorporate supplements or utilize different agars that cater to those specific organisms. This specificity ensures that experiments yield precise and meaningful data related to sulfur cycling.
  • Question: What laboratory applications benefit from using Thiobacillus Agar?

    Answer: Thiobacillus Agar is essential in microbiological applications, particularly in soil ecology and bioremediation research. Researchers apply this agar to investigate sulfur-oxidizing bacteria's interactions in various environments, including contaminated sites. The agar assists in isolating and characterizing these bacteria, leading to insights into their potential applications in pollution management and soil enrichment. Additionally, this medium is pivotal in educational settings, allowing students and researchers alike to observe unique sulfur cycle microorganisms in real-time.
  • Question: How do I know if the Thiobacillus Agar is contaminated?

    Answer: To identify contamination in HiMedia Thiobacillus Agar plates, observe for unexpected microbial growth, color changes, or any unusual characteristics compared to sterile controls. Typical signs include fuzzy colonies, unexpected coloration, or a change in the medium's appearance. If contamination is suspected, it is advisable to dispose of the plate and start anew to ensure valid experimental results. Routine checks should be performed during storage, especially before use, to maintain the integrity of research findings related to Thiobacillus.
  • Question: What forms does HiMedia Thiobacillus Agar come in?

    Answer: HiMedia Thiobacillus Agar is commonly available in powdered form, which laboratory personnel can easily prepare as needed. This allows for customization; users can decide on the batch size based on experimental requirements. Some suppliers may also offer pre-poured plates, providing immediate usability for researchers seeking direct application without preparation. Selecting the appropriate form based on your research setup enhances convenience and efficiency during microbial studies.
  • Question: Can I use Thiobacillus Agar for educational purposes?

    Answer: Absolutely, HiMedia Thiobacillus Agar is an excellent choice for educational purposes, especially in microbiology and environmental science classes. It allows students to engage in hands-on experimentation by culturing sulfur-oxidizing bacteria and observing their growth patterns. This experiential learning reinforces theoretical knowledge while fostering a deeper understanding of microbial ecology and biogeochemical cycles. Schools and colleges can benefit from utilizing this agar in laboratory practicals to illustrate concepts related to microbiology and environmental sustainability.
  • Question: Where can I buy HiMedia M788-500G Thiobacillus Agar, 500 g?

    Answer: You can purchase HiMedia M788-500G Thiobacillus Agar, 500 g on Ubuy. Ubuy provides a reliable platform for acquiring various laboratory supplies, ensuring that customers can find the products they need, including specialized microbiological media like Thiobacillus Agar. The platform makes the buying process straightforward, allowing researchers and institutions to easily access high-quality laboratory materials.

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Pros

  • High-quality media
  • Reliable results
  • Easy to prepare
  • Suitable for bacteria
  • Large package size

Product Price History

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