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sim4life.io is a native implementation of the most advanced simulation platform, Sim4Life, in the cloud. \
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The platform empowers users to simulate, analyze, and predict complex, multifaceted, and dynamic biological interactions within the full anatomical complexity of the human body. \
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It provides the ability to set up and run complex simulations directly within any browser, utilizing cloud technology.
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sim4life.io makes use of technologies developed by our research partner for the o<sup>2</sup>S<sup>2</sup>PARC platform, the IT’IS Foundation, and co-funded by the U.S. National Institutes of Health’s SPARC initiative.\
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For more information about Sim4Life, please visit ${osparc.utils.Utils.createHTMLLink("sim4life.swiss","https://sim4life.swiss/")}.
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<br><br>
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To review license agreements, click ${osparc.utils.Utils.createHTMLLink("here",licenseUrl)}.
sim4life.io is a native implementation of the most advanced simulation platform, Sim4Life, in the cloud. \
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The platform empowers users to simulate, analyze, and predict complex, multifaceted, and dynamic biological interactions within the full anatomical complexity of the human body. \
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It provides the ability to set up and run complex simulations directly within any browser, utilizing cloud technology.
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<br><br>
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sim4life.io makes use of technologies developed by our research partner for the o<sup>2</sup>S<sup>2</sup>PARC platform, the IT’IS Foundation, and co-funded by the U.S. National Institutes of Health’s SPARC initiative.\
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<br><br>
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For more information about Sim4Life, please visit ${osparc.utils.Utils.createHTMLLink("sim4life.swiss","https://sim4life.swiss/")}.
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<br><br>
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To review license agreements, click ${osparc.utils.Utils.createHTMLLink("here",licenseUrl)}.
sim4life.science is a native implementation of the most advanced simulation platform, Sim4Life, in the cloud. \
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The platform empowers users to simulate, analyze, and predict complex, multifaceted, and dynamic biological interactions within the full anatomical complexity of the human body. \
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It provides the ability to set up and run complex simulations directly within any browser, utilizing cloud technology.
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<br><br>
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sim4life.science makes use of technologies developed by our research partner for the o<sup>2</sup>S<sup>2</sup>PARC platform, the IT’IS Foundation, and co-funded by the U.S. National Institutes of Health’s SPARC initiative.\
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For more information about Sim4Life, please visit ${osparc.utils.Utils.createHTMLLink("sim4life.swiss","href='https://sim4life.swiss/")}.
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<br><br>
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To review license agreements, click ${osparc.utils.Utils.createHTMLLink("here",licenseUrl)}.
sim4life.science is a native implementation of the most advanced simulation platform, Sim4Life, in the cloud. \
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The platform empowers users to simulate, analyze, and predict complex, multifaceted, and dynamic biological interactions within the full anatomical complexity of the human body. \
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It provides the ability to set up and run complex simulations directly within any browser, utilizing cloud technology.
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<br><br>
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sim4life.science makes use of technologies developed by our research partner for the o<sup>2</sup>S<sup>2</sup>PARC platform, the IT’IS Foundation, and co-funded by the U.S. National Institutes of Health’s SPARC initiative.\
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For more information about Sim4Life, please visit ${osparc.utils.Utils.createHTMLLink("sim4life.swiss","href='https://sim4life.swiss/")}.
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<br><br>
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To review license agreements, click ${osparc.utils.Utils.createHTMLLink("here",licenseUrl)}.
TIP (TI Planning Tool) is an innovative online platform designed to optimize targeted neurostimulation protocols using \
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temporal interference (TI) stimulation. Developed by IT'IS Foundation, TIP simplifies the complex process of planning deep \
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brain stimulation.
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Powered by o<sup>2</sup>S<sup>2</sup>PARC technology, TIP utilizes sophisticated electromagnetic simulations, detailed anatomical head models, \
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and automated optimization to generate comprehensive reports with quantitative and visual information. This tool is \
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invaluable for neuroscientists and brain stimulation experts, especially those with limited computational modeling experience, \
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enabling them to create effective and safe stimulation protocols for their research. \
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For more information about TIP, please visit ${osparc.utils.Utils.createHTMLLink("itis.swiss","https://itis.swiss/tools-and-systems/ti-planning/overview")}.
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To review license agreements, click ${osparc.utils.Utils.createHTMLLink("here",licenseUrl)}.
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