Materiales & Aplicaciones
Pharma
Where Can Thermal Analysis and Rheology Be Found in the Pharmaceutical Industry?
From a disease to the pharmaceutical drug product that comes on the market to fight it, the development of new drugs is going through several stages. Methods of thermal analysis accompany and facilitate Research & Development, scale-up and quality control.
In Which Application Areas Can Thermal Analysis Help?
Literature
Application Literature
- Deeper Insight Into the Pyrolysis of Acetylsalicylic Acid by Means of Thermogravimetry and GC-MS, Part 1
- About the Thermal Behavior of Acetylsalicylic Acid and Aspirin
- About the Thermal Behavior of Acetylsalicylic Acid and Aspirin®
- About the Thermal Stability of Glycerol
- Albumin
- Aluminumchlorohydrate Al2Cl(OH)5
- Amoxicillin: Melting or Degradation? DSC and TGA-FT-IR Provide Answers!
- Aspartame: Sweet Wonder or Allowed Poison? Analysis of Aspartame by Means of DSC and TG-FT-IR.
- Assessing Dispersion Stability Using Oscillation Testing on a Rotational Rheometer – Shower Gels
- Assessing the Dispersion Stability Using Creep Testing on a Rotational Rheometer – Shower Gels
- Behavior of Nipagin under Thermal Influence – Investigations by Means of TGA-FT-IR Coupling
- Challenges in the Storage Behavior of Magnesium Stearate Solved by Means of Thermal Analysis
- Challenging Samples: A Solution to Monitor Curing
- Characterizing Gel Properties Using Oscillation Testing on a Rotational Rheometer
- Characterizing Opthalmic Viscosurgical Devices (OVDs) Using a Rotational Rheometer
- Characterizing the Microstructure of ´Worm-like Micelles` Using Rheology
- Creatine Monohydrate
- Deeper Insight into the Pyrolysis of Acetylsalicylic Acid by Means of Kinetic Analysis, Part 2
- Deeper Insight into the Pyrolysis of Acetylsalicylic Acid by Means of Thermogravimetric Measurements in Various Gas Atmospheres, Part 3
- Deeper Insight into the Pyrolysis of Acetysalicylic Acid by Means of Thermogravimetry and Mass Spectrometry, Part 4
- Dehydration Kinetics and Long-Term Predictions for Calcium Hydrogen Phosphate Dihydrate
- Determination of Pressure-Sensitive Tack and Adhesion Using Axial Measurements on a Rotational Rheometer – Blu-Tack
- Determination of Yield Stress of Complex Fluids by Model Fitting Using a Rotational Rheometer – Gels
- Determination of Yield Stress of Complex Fluids by Multiple Creep Tests on a Rotational Rheometer – Moisturizing Lotion
- Determination of Yield Stress of Complex Fluids by Oscillation Tests on a Rotational Rheometer – Various Gel Samples
- Effect of Droplet Concentration on Emulsion Viscosity
- Evaluating Non-Linear Visco-Elastic Effects Using Normal Force Measurements on a Rotational Rheometer – Body Wash
- Evaluating Product Delivery Characteristics from a Bottle, Tube or Spray Pack
- Evaluating Product Spreading Characteristics on a Rotational Rheometer Using the Power Law Model
- Evaluating Product Spreading Characteristics on Rotational Rheometer Using the Power Law Model
- Evaluating Product Texture Using Oscillatory Testing on a Rotational Rheometer
- Evaluating Product Thermal Stability by Temperature Cycling on a Rotational Rheometer
- Evaluating the Rheological Properties of Hyaluronic Acid Hydrogels for Dermal Filler Applications
- From Easy Handling to Power Evaluation: TGA-FT-IR Measurement on Diclofenac Sodium
- Fulfulling the FDA’s Rheology Testing Requirements for Abbreviated New Drug Applications (ANDA) for Topical Creams
- Good Stability Versus Good Tabletability: The Choice of Modification
- How To Detect Residual Caffeine in Decaffeinated Instant Coffee?
- How to Measure Viscosity Despite Sedimentation: The Paddle Stirrer
- Identification of Polymorphic Forms of Sorbitol
- Improving Process Conditions – Determining the Thermal Stability of Eudragit® by Means of TGA-FT-IR
- Influence of the Heating Rate on the Glass Transition of Lactose
- Melting Point Effect of High Pressures of CO2 on a Pharmaceutical Compound Demonstrated with HP-DSC
- Molecular and Bulk Characterization of PLA and PLGA Samples Using Rheometry and Multidetector GPC
- Monitoring Structure Rebuild (Thixotropy) Following Extrusion from a Bottle, Tube or Spray Head
- Optimizing Dehydration Processes of Pharmaceuticals with NETZSCH Kinetics Neo
- Overcoming and Quantifying ´Wall Slip` in Measurements Made on a Rotational Rheometer
- Predicting the Stability of Dispersions with a Yield Stress
- Processing Non-Newtonian Products: Determining the Pressure Drop for a Power Law Fluid Along a Straight Ciruclar Pipe
- Purity Determination of Nipagin by Means of DSC
- Quantifying Shear Thinning Behavior on a Rotational Rheometer Using the Power Law Model
- Quantifying Viscosity Recovery Following Extrusion or Spraying Using Thixotropy Assessment on a Rotational Rheometer
- Revealing Sorption/Desorption Properties of Micro-Crystalline Cellulose by Means of STA
- Terminology in Pharmacy – Thermal Analysis Provides the Overall Picture
- Time to Spec Up? Top Five Reasons to Replace a Viscometer with a Rheometer
- Understanding and Minimizing Polycaprolactone Degradation During Processing Using Rheology and Multi-Detector GPC
- Using Squeeze Flow to Extend Rheological Measurements for Concentrated Suspensions
- Yield Stress Dependance on Droplet Concentration in Emulsion Systems
