Long Term Stability Analysis of Monoclonal Antibodies

Long Term Stability Analysis of Monoclonal Antibodies Overview Characterization of biopharmaceuticals during all development phases is critical to the candidate selection process and the ongoing production of the active material. Some recent efforts to achieve patient self-administration has required high API concentrations (100-300 mg/mL). Development concerns for the high concentration formulations are denaturation, aggregation and…

Strategies for Rheological Evaluation of Adhesives

Strategies for Rheological Evaluation of Adhesives Overview Adhesives are widely used in industries and by consumers. A quantitative understanding of the physical performance of such materials, such as adhesiveness, cohesiveness, tack, and peel performance, are important for quality control and for guiding formulators. Rheology is a powerful tool that provides direct measurement of a material’s…

Multi – Specimen Fatigue ElectroForce 3300 from TA Instruments

Now available from TA Instruments is the best in multi-specimen fatigue testing in stent materials and more is the ElectroForce Series Multi-Specimen Fatigue system for the 3300 and 3200 load test frame systems. Both systems include the enhanced measurement capability of the TA ElectroForce High Accuracy Displacement Sensor. This enables an even wider range of…

Evolved Gas Analysis: TGA/FTIR

Evolved Gas Analysis: TGA/FTIR Overview Interested in detecting and identifying the presence of residual solvents in your formulation? Would you like to determine the thermal decomposition mechanism of your material? Thermogravimetric analysis (TGA) directly measures weight change of a material as it is heated over a temperature range in a controlled atmosphere. If observing a…

Evolved Gas Analysis: TGA/FTIR

Evolved Gas Analysis: TGA/FTIR Overview Interested in detecting and identifying the presence of residual solvents in your formulation? Would you like to determine the thermal decomposition mechanism of your material? Thermogravimetric analysis (TGA) directly measures weight change of a material as it is heated over a temperature range in a controlled atmosphere. If observing a…

Stability Testing of Energetic Materials by Isothermal Microcalorimetry

Stability Testing of Energetic Materials by Isothermal Microcalorimetry Overview This webinar introduces the use of isothermal microcalorimetry for stability measurement of energetic materials. Energetic materials refer to materials, chemicals and substances which exhibit a risk for self-decomposition associated with self-heating ultimately resulting in run-way reactions. Such materials include propellants, percarbonates and peroxides, and these…