Key Advantages of Using Speedgoat Target Hardware with Simulink
In this blog, we discuss the benefits of the interactive real-time testing workflow using Simulink together with Speedgoat testing solutions.
Biotech and Pharmaceutical
Take your pharmaceutical research and development to the next level.
Today’s biotech and pharmaceutical industries operate in a highly sensitive environment. New medicines provide patients with fewer side effects, fewer hospitalizations, improved quality of life, and, most importantly, longer lives. At the same time, drug discovery and R&D are time-consuming, resource-intensive, and expensive processes that are also subject to strict regulatory oversight. Pharmaceutical productivity is declining due to high saturation rates at various stages of drug research and development. To support this complex process of turning a scientific promise into a marketable drug, industry experts are increasingly advocating for the consistent use of mathematical modeling.
MathWorks® and COMSOL® products allow biotech and pharmaceutical companies to advance the design and optimization of pharmaceutical production, develop algorithms, process multidisciplinary data, easily manage their entire workflows, and perform modeling and simulation for drug discovery and development.
Engineers use our products to:
- Use predictive mathematical models for evaluating drug efficacy and safety, determining target feasibility, and optimizing dosing schedules.
- Synthesize multimodal data sources, such as signal, image, text, and genetics.
- Hybridize data streams for precision medicine
- Optimize pharmaceutical manufacturing processes while lowering costs and time-to-market
- Perform modeling and simulation for drug studies and parameter sensitivity analysis.
- Design, implement, and deploy code to control new medical devices.
- Verify and optimize the design of biopharmaceutical products
- Aanalyze how designs of biopharmaceutical products work in vivo
- Evaluate clinical information with the help of modeling and simulation that allow researchers to acquire data that would otherwise be impossible to obtain with in vivo trials.
- Develop virtual prototypes and digital twins
- Study and analyze different biomolecules’ affects on a living mechanism.
- Analise biological systems at the molecular level with biosensors.
- Optimize the manufacturing process on a large scale.
Products
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MATLAB
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Simulink
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MATLAB Production Server
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MATLAB Parallel Server
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Statistics and Machine Learning Toolbox
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Signal Processing Toolbox
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SimBiology
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Bioinformatics Toolbox
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Industrial Communication Toolbox
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Database Toolbox
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Deep Learning Toolbox
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Image Processing Toolbox
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Embedded Coder
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Simscape
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Stateflow
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COMSOL Multiphysics®
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COMSOL Compiler™
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COMSOL Server™
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AC/DC
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RF
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Wave Optics
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Ray Optics
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Plasma
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Semiconductor
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CFD
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Mixer
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Polymer Flow
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Microfluidics
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Porous Media Flow
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Subsurface Flow
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Pipe Flow
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Molecular Flow
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Metal Processing
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Heat Transfer
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Structural Mechanics
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Nonlinear Structural Materials
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Composite Materials
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Geomechanics
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Fatigue
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Rotordynamics
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Multibody Dynamics
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MEMS
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Acoustics
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Chemical Reaction Engineering
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Battery Design
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Fuel Cell & Electrolyzer
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Electrodeposition
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Corrosion
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Electrochemistry
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Optimization Module
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Uncertainty Quantification Module
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Material Library
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Particle Tracing Module
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Liquid & Gas Properties Module
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LiveLink™ for MATLAB®
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LiveLink™ for Simulink®
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LiveLink™ for Excel®
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CAD Import Module
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Design Module
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ECAD Import Module
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LiveLink™ for SOLIDWORKS®
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LiveLink™ for Inventor®
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LiveLink™ for AutoCAD®
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LiveLink™ for Revit®
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LiveLink™ for PTC® Creo® Parametric™
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LiveLink™ for PTC® Pro/ENGINEER®
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LiveLink™ for Solid Edge®
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File Import for CATIA® V5
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Trainings
Biotech and Pharmaceutical Training Curricula
Biomedical Image Processing Curriculum
Bioinformatics Curriculum
Biomedical Signal Processing and Data Analysis
Blogs and user stories
Stay up to date with the industry's latest trends and learn the best pactices to innovate and optimize your engineering designs.
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