Description
Specifications Table
| Product Name | Transport Medium Stuart |
|---|---|
| Pack Size | 500 gm |
| Form | Powder |
| Grade | Laboratory Grade |
| Application | Microbiology sample transport and preservation |
Product Description
When it comes to microbiological testing, sample integrity is everything. That’s where Stuart Transport Medium (M306) comes in. This specialized medium is designed to preserve the viability of microorganisms during transit from collection sites to laboratories. Whether you’re a student working on a research project or a professional in a clinical setting, having a reliable transport medium is crucial for accurate results.
The M306 formula is particularly effective because it maintains the delicate balance needed to keep pathogens alive without allowing them to multiply. This means your samples arrive at the lab in the same condition they were collected, giving you the most reliable data possible. It’s no wonder this medium is a staple in microbiology labs across India.
What sets this transport medium apart is its versatility. It works well with a wide range of bacterial species, making it ideal for general microbiology work. The powder form also makes it easy to prepare exactly the amount you need, reducing waste and saving costs. For students and researchers who need consistent results, this is an essential tool in your lab supplies kit.
At eqipped, we understand how important quality lab supplies are for your work. That’s why we’ve made sure to stock only the best products, like this Stuart Transport Medium from Himedia. Whether you’re setting up a new lab or restocking your current one, you can count on us to provide the materials you need to get accurate, reproducible results every time.
Need a reliable way to transport your microbiology samples? Order Stuart Transport Medium (M306) today and ensure your specimens arrive in perfect condition for analysis.
How Stuart Transport Medium Works
The science behind this medium is fascinating. It creates an environment that protects microorganisms from dying out while preventing overgrowth. This is achieved through a careful balance of nutrients and inhibitors. The medium contains sodium thioglycolate, which helps maintain the viability of anaerobic bacteria, while other components work to preserve aerobic species.
For students learning about microbiology, understanding how transport media work is an important part of your education. This particular medium is often used in clinical settings for transporting swabs and other specimens. It’s also commonly used in research labs where samples need to be transported between facilities.
Applications in Different Settings
In educational institutions, this medium is perfect for practical sessions where students need to collect and transport samples. It’s also ideal for research projects where samples need to be sent to different labs for analysis. Clinical laboratories use it regularly for transporting patient samples to central testing facilities.
The 500 gm pack size is particularly convenient as it provides enough medium for multiple uses without taking up too much storage space. This makes it a practical choice for both small labs and larger facilities that need to maintain a steady supply of transport medium.
Preparation and Usage Tips
Preparing the medium is straightforward. Simply dissolve the powder in the recommended amount of distilled water, sterilize if necessary, and you’re ready to go. The medium should be used at the appropriate temperature to ensure optimal performance.
When using this transport medium, it’s important to follow proper collection and transport protocols. Always use sterile collection devices and ensure samples are placed in the medium as quickly as possible after collection. This will give you the best chance of maintaining sample integrity.
Why Proper Sample Transport Matters
In microbiology, the journey from collection to analysis is critical. Even a slight degradation of the sample can lead to inaccurate results, which can have serious consequences in clinical settings or compromise research findings. Using a quality transport medium like Stuart’s formula helps eliminate this risk.
For students, learning to use proper transport media is an essential skill. It teaches you about the importance of maintaining sample integrity and gives you hands-on experience with real laboratory practices. This medium is often used in university labs because it’s reliable and easy to work with.
Choosing the Right Transport Medium
With so many options available, selecting the right transport medium can be challenging. Stuart’s formula is a great all-purpose choice that works well for most common microbiological applications. Its proven track record in both clinical and research settings makes it a safe bet for most users.
When you buy transport medium online from eqipped, you’re getting a product that’s trusted by professionals across India. We’ve made the process simple so you can focus on your work rather than worrying about your supplies.
FAQs
What is Stuart Transport Medium used for?
Stuart Transport Medium is specifically designed for preserving and transporting microbiological samples. It maintains the viability of pathogens during transit from collection sites to laboratories, ensuring accurate test results.
How do I prepare Stuart Transport Medium?
To prepare the medium, dissolve the powder in the recommended amount of distilled water, typically following the manufacturer’s instructions. Sterilization may be required depending on your specific application.
Can this medium be used for all types of bacteria?
While Stuart Transport Medium works well with a wide range of bacterial species, it’s particularly effective for common pathogens. For specialized applications, you may need to consult with your lab supervisor or refer to specific protocols.
How long can samples be stored in this medium?
The storage duration depends on the specific microorganisms and environmental conditions. Generally, samples should be processed as soon as possible, but this medium can preserve viability for several hours to a few days under proper conditions.
Is this medium suitable for student laboratory work?
Yes, this medium is commonly used in educational settings. Its reliability and ease of use make it ideal for student practical sessions and research projects where proper sample transport is required.
