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Minimize Sample Manipulation to Protect Fragile Cells: How Pipette-Strainer Enables Gentler, Faster Cell Preparation
In cell-based research and applied laboratory workflows, the smallest steps often have the largest impact. Long…
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The Advantages of Stackable Strainers: How pluriStrainer Maxi Enables Multi-Stage Filtration
Filtration is one of the most universal and frequently repeated steps in laboratory workflows, yet it…
How Pipette-Strainer Prevents Sample Evaporation, Over-Handling, and Spillage in Daily Lab Use
Small-volume sample preparation may seem simple compared to large-scale workflows, but anyone working with cellular assays,…
How Pipette-Strainer Speeds Up Everyday Lab Work
In many research and industrial laboratories, small-volume filtration remains one of the most repetitive and time-consuming…
Why pluriStrainer Maxi Is Essential for Microplastic Research Workflows
Microplastic research has grown rapidly over the last decade, driven by global concerns about environmental contamination,…
Top Benefits of the Mini-Strainer-Aid for Small Volume Workflows
In modern laboratories, efficiency and accuracy go hand in hand—especially when handling small-volume samples. From clinical…
How the pluriStrainer Maxi Simplifies Large-Volume Filtration in Labs
Efficient sample preparation is a cornerstone of modern laboratory research. For labs handling large sample volumes,…
Why Pipette-Strainers Are Essential for Efficient Cell Enrichment Techniques
Efficient cell enrichment is a cornerstone of modern biological research and clinical diagnostics. Whether isolating rare…
Mini-Strainer-Aid vs. Traditional Small Volume Filtration: Which Is Right for Your Lab?
Accurate and efficient sample preparation is essential for reliable results in laboratory research, especially when working…
How UberStrainer Aids in PBMC Isolation from Bone Marrow
Peripheral Blood Mononuclear Cells (PBMCs) play an essential role in immunology, cell therapy development, and many…
Scaling Up Filtration: How pluriStrainer Maxi Handles Large-Volume Samples with Ease
In laboratories, environmental monitoring stations, and industrial research facilities, filtration quietly plays one of the most…
Optimizing T Cell Subset Isolation Using SyringeStrainers
In immunology research and clinical studies, isolating pure and viable T cell subsets is essential. Whether…
The Role of Cell Strainers in Enriching Natural Killer (NK) Cells for Immunotherapy
In the growing field of immunotherapy, Natural Killer (NK) cells have become a central focus for…
Isolating Dendritic Cells Efficiently Using SnapCap Lab Cell Strainers
In modern immunology and cellular research, isolating dendritic cells accurately is essential for studying immune response…
Stainless Steel vs. Nylon Filters: Which One Is Best for Your Application?
When it comes to laboratory filtration and cell separation, choosing the right tool can make all…
Why SyringeStrainers Are Perfect for Cytotoxic T Cell Isolation
Cytotoxic T cells play a crucial role in the immune system, particularly in targeting and eliminating…
UberStrainer for High-Volume Tissue Dissociation: Why It Matters
Efficient sample preparation is a critical factor in achieving high-quality, reliable results in laboratories that focus…
The Complete Guide to Lab Strainers: Mesh Size, Tube Fit, and Sample Preparation
In laboratories, the success of experiments often hinges on one critical step: sample preparation. Whether you…
From Small Particles to Large: How In-Line Strainer Adapts to Various Filtration Needs
Laboratories require precision when handling cell suspensions and particle filtration. Whether filtering fine particles or separating…
Mini Strainers: A Must-Have Tool for Accurate Cell Suspension Preparation
Laboratory research requires precision, especially when working with delicate samples for cell analysis. A cell strainer…
Maximizing Cell Isolation Efficiency with UberStrainer
Laboratory research often requires working with complex biological samples, where effective filtration and isolation methods play…
The Role of the SnapCap Steel Extraction Strainer in Particle Separation Techniques
Laboratory research often requires precise separation of particles from solid samples to ensure accurate analysis and…
Steel Basket-Strainers: The Durable Alternative to Plastic Cell Strainers
In laboratories, achieving precise cell separation and enrichment is critical for successful experiments. The lab cell…
Mini Strainers vs. Conventional Strainers: Why Size Matters in Cell Separation
Laboratories rely heavily on precision tools to conduct accurate and efficient experiments, particularly when it comes…
Understanding PBMCs and the Importance of Advanced Cell Separation Techniques
The article explores advanced techniques for isolating Peripheral Blood Mononuclear Cells (PBMCs) with enhanced efficiency and…
Maximizing Liquid Filtration Efficiency with Premier Cell Strainers
Discover how premier cell strainers optimize liquid filtration, offering precise particle removal or concentration efficient workflows,…
Stainless Steel Basket Strainer: A Comprehensive Guide
This comprehensive article delves into the diverse applications and features of stainless steel basket strainers, emphasizing…
In-Line Strainers Across Industries: A Versatile Solution for Various Applications
This blog explores the multifaceted role of in-line strainers across industries, highlighting their efficient particle filtration…
Exploring the Potential of In-Line Strainers: A Deep Dive into Functionality and Applications
This comprehensive blog explores the intricacies of in-line strainers, unraveling their unique functionality, diverse applications across…
The Role of Cell Strainers in Sample Preparation
Lab cell strainers are indispensable tools in sample preparation. This comprehensive guide explores their significance, the…
Syringe Strainers and Their Pivotal Role in High-Volume Sample Processing
Syringe filters are vital in laboratory research, streamlining high-volume sample processing with efficiency and precision. Their…
Choosing the Right Particle Separation Technique for Your Research Needs
Choosing the right cell strainer is a critical decision that can significantly impact the success of…
Lab Cell Strainers: Elevating Sample Preparation to New Heights
Discover how best lab cell strainers redefine sample preparation for precision and efficiency in scientific research.…
Unraveling the Immune System: T Cell Separation for In-depth Analysis
The human immune system operates as an extraordinarily interconnected system of cells, tissues, and organs, collaborating…
Maximizing Cell Separation Efficiency: Top Lab Cell Strainers For Flow Cytometry
Cell strainers aid precise and efficient cell separation. In this blog, we'll explore some of the…
Significance of Lab Cell Strainers for Optimal Flow Cytometry Results
Cell strainers are crucial tools for flow cytometry experiments. Using the correct strainer size and following…
Maximizing Cell Separation Efficiency with Re-Strainers: An Essential Tool for Researchers
Re-strainers are a valuable tool for researchers looking to maximize cell separation efficiency. Learn more about…
A detailed guide to how Re-Strainer and Pluristrainer works
Filtration of large sample volumes is easy with a Re-Strainer and Pluristrainer. Continue reading to learn…
Everything you need to know about Human B Cell Isolation
B and T cells work together to protect the human body from harmful pathogens. This blog…
Pluriselect’s All-Star-Strainer-Team: One Stop Solution to Particle Separation
PluriSelect developed a family of mesh-based sample preparation devices for selection, separation, and isolation of particles from suspensions. These products expand…
Why do we use it?
pluriStrainer PET vs. Nylon mesh - Which Material suits me? With our pluriStrainers, we offer two…