Predicting the effects of drugs that modulate calcium transients
Disopyramide Disopyramide, classified as a type I antiarrhythmic (i.e., a sodium channel blocker) is a potent negative i…
04 January, 2023
Our mission is to develop a philosophy that is supported by scientific and technical solutions, that will provide an efficient and effective substitute for time-consuming processes of drug development and testing, as a strong ground for personal health treatments.
MUSICO PLATFORM
The next generation muscle simulation – from genotype to phenotype
Developed over 18 years and critically acclaimed in over 60 peer-reviewed journals, our MUSICO Platform consists of multiple submodules for simulating a wide variety of experiments from molecular kinetics to whole organ simulations.
With this set of industry-leading tools (groundbreaking, state-of-the-art) we can help you expedite and reduce the cost and number of experiments for your muscle research, drug discovery, or create better-personalized treatment strategies.
Latest News
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Multiscale modeling of left ventricle
Multiscale modeling of left ventricle In silico clinical trials are the future of medicine and virtual testing and simul…
02 January, 2023 -
Myosin mutations
Effect of Myosin Isoforms from Mouse to Human To understand how pathology-induced changes in contractile protein isoform…
02 January, 2023
Our expertise
Multiscale Computational modeling
Designing and conducting experiments (in solution, in motility assays, in muscle fibers, in tissues, X-ray diffraction)
Data analysis
Guidance in Drug development
Developing new strategies for effective treatment of myopathies
Research interest
33%
Human cardiac mutations in database
70
Research partners
65
Peer-reviewed publications
19
Years of platform development
Illinois Institute of Technology
