Massively Parallel Phase Analysis Light Scattering Enables Reliable Mobility Measurements of Proteins, Nanoparticles and Colloids
Traditionally, measuring the mobility of proteins and nanoparticles has been a challenging task. An effective measurement method traditionally used is phase analysis light scattering (PALS), a technique based on interfering laser light scattered from a sample solution. However, it has been associated with two important shortcomings. Massively Parallel Phase Analysis Light Scattering (MP-PALS) has emerged as a viable alternative to the conventional PALS method.
Traditionally, measuring the mobility of proteins and nanoparticles has been a challenging task. An effective measurement method traditionally used is phase analysis light scattering (PALS), a technique based on interfering laser light scattered from a sample solution. However, it has been associated with two important shortcomings. Massively Parallel Phase Analysis Light Scattering (MP–PALS) has emerged as a viable alternative to the conventional PALS method.
Regulatory Deadlines and Supply Chain Challenges Take Center Stage in Nitrosamine Discussion
April 10th 2025During an LCGC International peer exchange, Aloka Srinivasan, Mayank Bhanti, and Amber Burch discussed the regulatory deadlines and supply chain challenges that come with nitrosamine analysis.
