Skip to left navigation

Skip to page content

Find us on... Facebook Twitter Materials Talks Blog Google Plus Linked In YouTube
Biotechnology

Biotechnology refers to the use or manipulation of biological mechanisms and cellular function to engineer a predefined outcome or product. Common examples of application areas within the biotechnology field include protein engineering, monoclonal antibody production, genetic enginery, gene therapeutics, and functionalized nanoparticles. The integration of biotechniques into the product discovery, development, and manufacturing phases has revolutionized the pharmaceutical and nanotech industries, and has led to the discovery of new drugs, improved the quality and efficiency of end products, and increased yields obtained during manufacturing processes.

Malvern provides a range of easy to use particle & material characterization technologies which are routinely used within the biotechnology arena to:

  • Measure the size, mass, and charge of proteins and nanoparticles
  • Quantify oligomeric distributions and % purity
  • Detect aggregates
  • Identify sub-visible particulates
  • Monitor the viscosity and rheological properties of high concentration formulations
  • Optimize product performance & efficacy
  • Improve the stability of formulations
  • Optimize manufacturing and process conditions, leading to improved product yields.

Malvern solutions for Biotechnology



Using zeta potential to assess protein adsorption to surfactant coated latex The zeta potential of protein covered latex can quickly and reproducibly be measured by the Zetasizer Nano.
Characterisation and use of liposomes Size largely determines the sites of action of liposomes. Zeta potential measurement enables the factors affecting size to be investigated.
Detecting protein aggregates in biological actives using light scattering and chromatography There are a great many biological actives under development or in clinical trials. These are being produced by the biotechnology sector for the treatment...
Antibody Monomer–Dimer Equilibrium Using Analytical Ultracentrifugation and Dynamic Light Scattering Dynamic light scattering is a noninvasive technique that can be used to quickly establish the aggregation state of proteins in solution.
Pharmaceutical Drug Delivery An active area of research in the pharmaceutical industry involves the development of microspheres and nanoparticles for use...


 
 
Contact us
 

Free registration

Access application notes, webinars, videos and more.

Register now
 
 

Instruments featured in this industry