Let’s Dive into BD Plate Coll I 384W BLK/CLR PK5 354667
The BD Plate Coll I 384W BLK/CLR PK5 354667 from BD is not your typical piece of tactical gear. As an experienced outdoor and tactical gear specialist, I’ve seen a lot, but this product is different. It’s designed for laboratory use, specifically for cell culture. At first glance, its application seems far removed from the rugged landscapes I typically navigate.
My journey with the BD Plate Coll I 384W BLK/CLR PK5 354667 began with a unique challenge. A local research team, working on rapid diagnostics for field-based medical applications, needed a reliable and cost-effective solution for high-throughput cell-based assays. They approached me, knowing my expertise in sourcing robust and dependable equipment, even if it wasn’t strictly “tactical.” The description touted top-notch quality at an affordable price, a claim I was eager to investigate.
Unboxing the BD Plate Coll I 384W BLK/CLR PK5 354667 was surprisingly uneventful. The packaging was functional, ensuring the plates arrived undamaged. My initial impression was one of utilitarian efficiency. The black and clear design is clean and professional, speaking to its intended purpose in a laboratory setting.
Compared to similar products from Corning and Thermo Fisher, the BD Plate Coll I 384W BLK/CLR PK5 354667 stood out primarily on price. While the other brands offered comparable quality, the BD product came in at a significantly lower cost per plate. This was a critical factor for the research team’s budget. My initial reaction was cautiously optimistic. I knew the price point couldn’t compromise on quality, so thorough testing would be essential.
Real-World Testing: Putting BD Plate Coll I 384W BLK/CLR PK5 354667 to the Test
First Use Experience
The plates were put to work immediately in the research lab. The team used the BD Plate Coll I 384W BLK/CLR PK5 354667 for culturing HT-1080 and PC-12 cells, as indicated in the product description. The black wells with clear bottoms made it easy to visualize cells under a microscope. The plates performed well under controlled laboratory conditions.
The lab environment is meticulously controlled, so environmental factors weren’t a concern. Ease of use was straightforward, integrating seamlessly into the existing workflow. There were no initial issues with cell adhesion or growth. However, we did note the importance of consistent handling to avoid contamination, a standard practice with any cell culture.
Extended Use & Reliability
After several weeks of continuous use, the BD Plate Coll I 384W BLK/CLR PK5 354667 plates proved reliable and consistent. The cell cultures maintained stable growth rates, comparable to those observed with more expensive plates. There were no signs of degradation or leaching from the plate material. Maintenance simply involved standard sterilization protocols after each use.
Compared to previous experiments using other brands, the BD Plate Coll I 384W BLK/CLR PK5 354667 plates provided comparable performance at a lower cost. This validated the initial decision to choose this product. The plates didn’t necessarily outperform the others, but their cost-effectiveness made them a valuable option.
Breaking Down the Features of BD Plate Coll I 384W BLK/CLR PK5 354667
Specifications
The BD Plate Coll I 384W BLK/CLR PK5 354667 is a 384-well microplate coated with Collagen I. This coating improves cell attachment and increases proliferation rates for specific cell lines like HT-1080 and PC-12. The plate is black with clear bottoms, optimizing it for optical measurements and microscopic observation.
- Well Count: 384
- Coating: Collagen I (from rat tail tendon)
- Color: Black/Clear
- Sterility: Tested negative for bacteria and fungi
- Storage: Stable for at least 6 months at 4 to 30°C
- Intended Use: Cell culture
These specifications are critical for ensuring consistent and reliable cell culture. The Collagen I coating provides a suitable substrate for cell adhesion and growth. The black wells minimize light scattering, improving the accuracy of optical measurements. Sterility is essential to prevent contamination and maintain the integrity of the cell cultures.
Performance & Functionality
The BD Plate Coll I 384W BLK/CLR PK5 354667 performs its job effectively. It provides a reliable platform for cell culture, supporting consistent cell growth and adhesion. The clear bottoms allow for easy visualization of cells under a microscope, essential for monitoring cell morphology and health.
The primary strength of the BD Plate Coll I 384W BLK/CLR PK5 354667 is its cost-effectiveness without compromising performance. A potential area for improvement might be the availability of different coatings to cater to a wider range of cell types. Overall, the BD Plate Coll I 384W BLK/CLR PK5 354667 met the research team’s expectations.
Design & Ergonomics
The BD Plate Coll I 384W BLK/CLR PK5 354667 is constructed from high-quality plastic, ensuring structural integrity and preventing warping. The plate is lightweight and easy to handle, even when filled with media and cells. There is minimal learning curve involved in using the plate.
The industry standard footprint ensures compatibility with automated liquid handling systems. This greatly enhances throughput and reduces the risk of human error.
Durability & Maintenance
The BD Plate Coll I 384W BLK/CLR PK5 354667 is designed for single-use applications to maintain sterility. The plates are robust enough to withstand standard laboratory handling procedures.
Maintenance is minimal, primarily involving proper disposal after use. The plates are compatible with standard sterilization methods before disposal, if required by laboratory protocols.
Accessories and Customization Options
The BD Plate Coll I 384W BLK/CLR PK5 354667 doesn’t require any specific accessories, as it is a self-contained cell culture platform. It is compatible with a wide range of standard laboratory equipment, such as multi-channel pipettes and plate readers.
There are no customization options available for the BD Plate Coll I 384W BLK/CLR PK5 354667, but it’s designed to integrate seamlessly with existing laboratory workflows. The standardized dimensions ensure compatibility with various automated systems.
Pros and Cons of BD Plate Coll I 384W BLK/CLR PK5 354667
Pros
- Cost-effective solution for high-throughput cell culture.
- Reliable cell adhesion and growth with Collagen I coating.
- Black/Clear design optimizes optical measurements and microscopy.
- Sterile and ready-to-use.
- Standardized dimensions for compatibility with automated systems.
Cons
- Limited to cell types that adhere well to Collagen I.
- Single-use design may not be ideal for all applications.
Who Should Buy BD Plate Coll I 384W BLK/CLR PK5 354667?
The BD Plate Coll I 384W BLK/CLR PK5 354667 is perfect for researchers and laboratories performing high-throughput cell-based assays. This is especially true for those working with cell lines that readily adhere to Collagen I, such as HT-1080 and PC-12. This product is ideal for labs seeking a cost-effective, reliable cell culture platform.
This product may not be suitable for researchers working with cell types that require specialized coatings or surface treatments. It’s also not ideal for applications requiring reusable cell culture plates. There are no must-have accessories, but a multi-channel pipette can greatly improve throughput.
Conclusion on BD Plate Coll I 384W BLK/CLR PK5 354667
The BD Plate Coll I 384W BLK/CLR PK5 354667 is a valuable tool for cell culture research, providing a reliable and cost-effective solution for high-throughput assays. At a price of $359.99 for a pack of five, the value proposition is strong. It delivers consistent performance and ease of use.
I would personally recommend this product to any laboratory seeking to optimize their cell culture workflow without breaking the bank. While it may not have the bells and whistles of more expensive options, it gets the job done effectively. If you’re looking for a dependable and affordable cell culture plate, the BD Plate Coll I 384W BLK/CLR PK5 354667 is definitely worth considering. Give it a try and see how it can enhance your research.