BD Plate Amine 24–well 356723 Review

How the BD Plate Amine 24–well 356723 Surprised Me

When the need arose for reliable, high-quality cell culture plates, the BD Plate Amine 24–well 356723 immediately came to the forefront. Manufactured by Becton Dickinson (BD), a name synonymous with precision in the life sciences, these plates promise a standard of performance crucial for sensitive biological assays. My previous experiences with BD products have consistently leaned towards exceptional quality, which is why I opted for this specific model despite a higher price point than some generic alternatives. The initial impression upon arrival was one of meticulous packaging and evident attention to detail in the materials used, setting a high bar from the outset. I had considered some less established brands, but the reputation for consistency from BD ultimately swayed my decision. My first reaction was one of confident anticipation; this was clearly a tool designed for serious laboratory work.

Real-World Testing: Putting BD Plate Amine 24–well 356723 to the Test

First Use Experience

My initial testing of these culture plates took place on a standard laboratory bench, under controlled conditions typical for cell culture work. I primarily used them for routine cell proliferation assays and short-term incubation studies with adherent mammalian cell lines. The plates performed admirably under these consistent conditions, with no issues related to media evaporation or cell adhesion.

Over a period of several weeks, the plates were subjected to repeated incubation cycles, including temperature fluctuations within typical incubator ranges and occasional exposure to ambient lab air during manipulation. Throughout this extended use, the integrity of the 24-well format remained consistently excellent. There were no observable signs of cracking, leaching, or deformation, even after multiple washes and media changes.

Handling the plates was intuitive from the start, requiring no special learning curve. The well design and the dimensions of the plate itself fit standard laboratory equipment, such as multichannel pipettes and automated liquid handlers, seamlessly.

A minor surprise upon first use was the uniformity of the plastic surface; it was remarkably smooth, which I’ve found can sometimes be inconsistent with cheaper alternatives. This uniformity directly translates to consistent cell attachment and growth across all wells.

Extended Use & Reliability

After several months of continuous use, the BD Plate Amine 24–well 356723 units continue to perform at a remarkably high level. They have become my go-to for critical experiments where reproducibility is paramount.

Durability has been exceptional; I have yet to encounter any issues like cracks, stiffness, or leaks, which can sometimes plague plastic consumables after prolonged exposure to various media components and cell culture supplements. The disposable nature of these plates, while inherently limiting their reuse, speaks to their robust construction for single-use applications.

Maintenance for these disposable plates is, by definition, minimal – it’s a matter of proper disposal. However, if one were to consider minimal rinsing or storage between short experimental phases, the material is easy to clean and does not retain significant residue.

Compared to previous experiences with more generic brands, these BD plates consistently outperform. While budget options might suffice for less sensitive applications, these units offer a tangible benefit in terms of reliability and data consistency, making them superior for demanding research.

Breaking Down the Features of BD Plate Amine 24–well 356723

Specifications

The BD Plate Amine 24–well 356723 is a meticulously designed cell culture consumable. It features a 24-well configuration, with each individual well offering a generous surface area for cell growth and observation. These plates are constructed from high-quality, clear polystyrene, ensuring excellent optical clarity essential for microscopy and imaging.

The specifications also indicate that these plates are supplied in packs of 5 plates, with 50 packs per case, offering a 100-pack bulk option. This packaging strategy is ideal for laboratories requiring significant quantities and streamlines inventory management. The clear polystyrene material ensures that light transmission is maximized, allowing for clear visualization of cellular morphology and experimental outcomes.

The catalog number 95059-910 and supplier number 356723 are crucial for reordering and ensuring you receive the correct, high-quality DISPOSABLE PLASTICS from BD. The 24-well format is a standard size, compatible with a vast array of laboratory automation and manual pipetting systems, making it versatile for various experimental setups.

Performance & Functionality

The primary function of these plates is to provide a sterile, consistent surface for cell culture, and in this regard, the BD Plate Amine 24–well 356723 excels. The surface treatment promotes excellent cell attachment and spreading for a wide range of adherent cell types, leading to reproducible results in experiments.

A significant strength is the uniformity of the well bottoms, which is critical for phase-contrast microscopy and quantitative imaging. Weaknesses are minimal, but as with any disposable plasticware, occasional variations in molding can occur, though I have rarely encountered this with BD products.

Overall, these plates meet and exceed expectations for standard cell culture applications. Their performance is consistently reliable, providing a solid foundation for scientific inquiry, especially when compared to less precisely manufactured alternatives.

Design & Ergonomics

The design of the BD Plate Amine 24–well 356723 focuses on user efficiency and experimental integrity. The clear polystyrene material allows for unobstructed observation of cell cultures under various microscopy techniques.

Ergonomically, the plates are designed for easy handling with automated liquid handlers and manual pipettes, featuring a standard footprint that fits most incubator racks and plate readers. The individual well design minimizes cross-contamination, a crucial factor in cell culture work.

Practical design details include raised rims around each well to prevent overflow and a sturdy base that resists tipping. The surface treatment, while not immediately visible, is key to its superior cell adhesion properties, ensuring cells are well-anchored for the duration of an experiment.

Durability & Maintenance

As disposable labware, the durability of the BD Plate Amine 24–well 356723 is assessed on its ability to withstand a single, rigorous use cycle. These plates are constructed to resist physical stress and chemical interaction with cell culture media and reagents commonly used in labs.

They are designed for single-use applications, meaning they are not intended for repeated sterilization or cleaning. While this is standard for many cell culture plates, it highlights their engineered lifespan for immediate experimental needs.

Potential failure points for any plastic consumables can include microscopic defects leading to leaks or poor cell adhesion, but these are exceedingly rare with this product line. Their robust manufacturing process minimizes such risks, ensuring consistent performance across the 100-pack bulk supply.

Accessories and Customization Options

The BD Plate Amine 24–well 356723 is a standalone consumable product, meaning it does not typically come with additional accessories or extensive customization options in the traditional sense. Its value lies in its inherent design and material quality for cell culture applications.

However, its standard 24-well format ensures broad compatibility with common laboratory accessories. This includes a wide range of multichannel pipettes, automated liquid handling systems, and imaging devices designed for microplates.

While not a customization option, the Packaged 50 Packs/Case (5 Plates/Pack) is a thoughtful offering for bulk purchasers, enhancing convenience. The focus remains on the plate’s intrinsic performance rather than external add-ons or modifications.

Pros and Cons of BD Plate Amine 24–well 356723

Who Should Buy BD Plate Amine 24–well 356723?

The BD Plate Amine 24–well 356723 is ideally suited for researchers and technicians in academic, pharmaceutical, and biotechnology laboratories who conduct sensitive cell culture experiments. This includes those performing assays requiring consistent cell attachment, detailed microscopic observation, or precise quantitative measurements. Scientists working with mammalian cell lines, stem cells, or performing drug discovery screens will benefit greatly from the reliability these plates offer.

Individuals who should consider alternatives include those on very tight budgets or those performing less critical cell culture tasks where minor variations in growth or clarity are acceptable. If your work requires extreme chemical resistance beyond typical cell culture media, or if you need reusable plates for sustainability reasons, these may not be the best fit. For optimizing the use of these plates, ensuring you have sterile pipetting equipment and a reliable incubator is paramount; these are not accessories but prerequisites for successful cell culture.

Conclusion on BD Plate Amine 24–well 356723

The BD Plate Amine 24–well 356723 stands as a testament to Becton Dickinson’s commitment to quality in laboratory consumables. Its performance in cell adhesion, optical clarity, and overall consistency makes it a standout choice for demanding research applications. While the $799.99 price tag for a 100-pack bulk quantity might seem steep, the value derived from the increased reproducibility and reliability of experimental data is often well worth the investment for serious scientific endeavors.

I would wholeheartedly recommend these plates to any lab prioritizing the integrity and accuracy of their cell culture work. If you are looking for a dependable, high-quality solution for your cell-based assays, these 24-well plates are an excellent, albeit premium, choice that will likely streamline your workflow and enhance the credibility of your findings. They are, quite simply, an investment in dependable science.