dissoLab Software
Cloud predictive modeling platform for simulation of in vitro release profiles.
Cloud Platform for Predictive Dissolution Modeling and Parameter Exploration
dissoLab is an advanced dissolution simulation platform, designed to deliver highly accurate, image-based predictions of in vitro dissolution profiles. By integrating real-world imaging with cutting-edge simulation algorithms, dissoLab provides researchers with powerful tools to analyze and predict dissolution kinetics across a wide range of materials and formulations.
Bench A
Conceptual stage investigations on the impact of size, shape, and solubility, predicted without data inputs
Bench B
Early stage evaluations using particle size measuresments from methods such as laser diffraction
Bench C
Predicts dissolution profiles via digital erosion of particles from 2D imaging data, such as SEM and light microscopy
Bench D
Integrates 3D imaging data such as micro-CT for highly accurate prediction of dissolution with digital erosion
dissoLab offers four versatile simulation modes, allowing users to tailor their analysis based on available data. It can generate predictions without prior information, making it ideal for early-stage formulation development. Researchers can also input particle size distribution data to refine dissolution profiles with statistical precision. The platform supports 2D image-based simulations, leveraging high-resolution microscopy to incorporate real particle morphology into dissolution modeling. For the most detailed analysis, 3D image-based simulations utilize volumetric imaging data to reflect the full complexity of particle structures.
Bridging Theory and Experimentation
Whether working with minimal data or high resolution microscopy, the platform bridges the gap between theoretical models and experimental results, providing deeper insights into how particle size, morphology, and microstructure influence dissolution rates. The accompanying image illustrates dissoLab’s capabilities, showing the predicted profiles of four different particle size batches. The platform accurately simulates real-world dissolution dynamics, offering unparalleled clarity in formulation development, quality control, and product optimization.
Accelerate Testing and Formulation Design
dissoLab empowers scientists and researchers to make data-driven decisions with confidence, reducing the need for extensive physical testing while accelerating the path from early formulation to product dvelopment. Explore how dissoLab can transform your approach to dissolution method development and support your innovation journey.
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