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Pall Laboratory Filtration Education & Scientific Brief Hub

In the below downloads, our technical scientific laboratory services team and scientists share their experience and research on many aspects of filtration, across a breadth of applications and protocols for life science, microbiology, analytical QC, and environmental testing in our education scientific brief series.

 

Understand filtration fundamentals, such as how to select the right filtration setup or integrity testing, and discovery application specific research and data.  Subscribe to stay up to date as we release new briefs. 

 

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1. Understanding Sterile Filtration and Importance of Prefiltration

The importance of sterile filtration and its supporting claims. Learn how prefiltration can actually improve final, sterile filtration speed and efficiency and guidelines to selecting a filtration setup.

2. Sterility Filtration: Understanding Integrity Testing

Ensuring the performance of sterility filtration is essential in research and pharmaceutical operations. This scientific brief reviews the two types of integrity tests — destructive and nondestructive — that are commonly used by the industry to validate sterility filter performance.

3. A New, Innovative Process for Clarifying and Sterile Filtering Cells for Protein Purification Workflow

Centrifugation and filtration have been widely accepted as techniques required for clarifying complex cell cultures to recover extracellular proteins such as monoclonal antibodies (mAbs). However, these steps can be time consuming and costly for labs growing their cultures in 24-well plates. In this scientific brief we explore an alternative to the use of centrifugation/filtration/flocculation to clarify and sterilize mammalian cell cultures, through an assessment of a new 24-well clarification and sterile filtration plate format.

 

4. Achieve Greater Accuracy and Recovery in Legionella Water Testing

This scientific brief reviews studies that were conducted to review the performance of black polyethersulfone (PES) membrane and several other commonly used membrane materials per the International Standard ISO 11731, “Water quality – Enumeration of Legionella.” The membrane materials were tested to determine their recovery performance for L. pneumophila and L. anisa.

5. Diafiltration: A Fast, Efficient Method for Desalting, or Buffer Exchange of Biological Samples

A Scientific & Technical Report: Diafiltration: A Fast, Efficient Method for Desalting, or Buffer Exchange of Biological Samples.  This article will cover the concepts of protein concentration and diafiltration. It will compare different ways of performing diafiltration and their impact on process time, volume, product stability, and recovery.

6. New Alternatives for Low- and High-Throughput RNA Isolation/Extraction Offer Simplicity, Cost Savings, and Availability

This scientific brief reviews new alternatives for Low- and High-Throughput RNA Isolation/Extraction 

7. Understanding Differential Pressure Monitoring in Sterile Filtration

Science Brief: Understanding Differential Pressure Monitoring in Sterile Filtration

8. Reducing Repetitive Stress Injury and Improving Ergonomics in Microbiological Quality Control Procedures

Reducing Repetitive Stress Injury and Improving Ergonomics in Microbiological Quality Control Procedures

9. Decontamination of Jumbosep™ Centrifugal Devices used for Concentrating Viral Particles in Testing of Wastewater Samples

This technical brief describes evaluation of a simple post-use decontamination process of Jumbosep centrifugal devices following concentration of severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2) virus in wastewater samples.

10. Pall Laboratory Supor® PES Filters Provide Efficiency and Recovery Benefits for Laboratory’s Legionella Testing

Case Study: Pall Laboratory Supor® PES Filters Provide Efficiency and Recovery Benefits for Laboratory’s Legionella Testing

11. COVID-19 Detection Through Concentration of SARS-CoV-2 Virus in Wastewater

Tracking the spread of COVID-19 is one of the most critical means available to scientists for containing and ultimately eliminating the disease. Unfortunately, tracking efforts are significantly complicated by the fact that many individuals do not report mild symptoms, or are asymptomatic. 

12. Scientific Brief: Improving Sterility Filtration Throughput: Venting and Flux Rate Calculation

Every laboratory wants to perform sterile filtration at the highest throughput without damaging the membrane. To achieve that goal, users must understand two frequently overlooked parameters: filter venting and flux rate.

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