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Particle Size Measurement in Pharmaceutical Packaging

This article explores how you can measure particle size CQAs in (sterile) pharmaceutical packaging, and discusses non-invasive measurements using SR-DLS. ....

Carl Schuurmans , Roberta Bartucci , Fresnius Kabi , Yan Wang , Albert Grau Carbonell , Michiel Damen , Energy Industries Can , Akzo Nobel , A On The Movement Of Small Particles , Flow Pharmaceutical Research , Spatially Resolved Dynamic Light Scattering , Critical Quality Atribute , Resolved Dynamic Light Scattering , Fourier Domain Low Coherence Interferometry , Optical Coherence Tomography , Low Coherence Interferometry , Polydispersity Index , Particle Size Distribution , Formation Using , Coaxial Turbulent Jet , Small Particles Suspended , Stationary Liquids Required , Molecular Kinetic Theory , Comprehensive Review , Emulsion Stability , Energy Industries ,

Real-time process control in nanodispersion manufacturing

In this article, InProcess demonstrates the potential of in-line nanoparticle size measurements using the NanoFlowSizer (NFS) as a PAT method. ....

Eric Ardeche , Marko Verbeek , Albert Grau Carbonell , Remy Van Tuijn , Yan Wang , Carl Schuurmans , Hph Gea Xstream Lab Homogenizer , Flow Pharmaceutical Research , Pharma Inc , Energy Industries Can , Xstream Lab Homogenizer , A On The Movement Of Small Particles , Drug Administration , Rut Besseling , High Pressure Homogenization , Process Analytical Technologies , Critical Process Parameters , Critical Quality Attributes , Spatially Resolved Dynamic Light Scattering , Fourier Domain Low Coherence Interferometry , Optical Coherence Tomography , Low Coherence Interferometry , Polydispersity Index , Pressure Homogenization , Lab Homogenizer , Target Size ,

How are PAT Techniques Used for Real-Time Particle Analysis?

Process Analytical Technology (PAT) is essential for quality control and for the purpose of reducing risks and threats. PAT techniques are utilized worldwide for quality manufacturing and real-time analysis. ....

United States , Gorodenkoff Shutterstock , Ibtisam Abbasi , Ibtisam Abbasijun , Skyla Baily , International Journal Of Pharmaceutics , Drug Administration , Mettler Toledo , Analytical Technology , Innovative Solutions For Nanoparticle Analysis , Innovative Nanoparticle Analysis Solutions , Process Analytical , United States Food , Machine Vision Systems , International Journal , Relative Backscatter Index , Dynamic Light Scattering , Spatially Resolved Dynamic Light Scattering , Fourier Domain Low Coherence Interferometry , Focused Beam Reflectance , Process Analytical Technologies , Biomedical Analysis , Innovative Solutions , Real Time Nanoparticle , What Techniques , Article Analysis ,

Demanding Nanosuspension Processes

Non-invasive, fast particle size characterization of concentrated flowing nanosuspensions is a cost-effective and efficient option to improve nanoparticle-based industrial and R&D processes. ....

City Of , United Kingdom , Carlcl Schuurmans , Jan Piet Wijgergangs , Mouvement Du Sang , Analytical Technology , Rut Besseling , Spatially Resolved Dynamic Light Scattering , Silica Based Nanoparticles , Polydispersity Index , Quality Control , Industrial Nanoparticle Production , Silicon Dioxide , Process Analytical Technology , Resolved Dynamic Light Scattering , Auto Correlation Function , Image Credit , Fourier Domain Low Coherence Interferometry , Flowsizer Performance , Size Characterization , High Flow , Asymmetrical Flow Field Fractionation , Laminar Flow , Inline Nanoparticle , Inline Sizing Limits Apply , Flowsizer Monitoring ,

The Need for Realtime Particle Size Analysis

The importance of particle size monitoring: The capacity of nanoparticles to carry out their function is dependent on their size as well as size distribution, which are directly related to efficacy and safety (for patients in pharma applications). ....

No Real Solutions Available , Particle Size , Process Analytical Technologies , Losses Due , Dynamic Light Scattering , Spatially Resolved Dynamic Light Scattering , Perform Inline , Fourier Domain Low Coherence Interferometry , Base Unit , Image Credit ,