Healthcare & Life Sciences
Top 10 AI tools to simulate physical systems
Evidence ranking
- 1
XFdtd®
Adoption
Who uses it?
“Moreover, we analyze the temperature distribution increase within the eye model using a thermal sensor in XFdtd, employing a scheme based on the finite difference (FD) method.”
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Moreover, we analyze the temperature distribution increase within the eye model using a thermal sensor in XFdtd, employing a scheme based on the finite difference (FD) method.
Read source · www.remcom.com ↗The Effects of mmW and THz Radiation on Dry Eyes: A Finite-Difference Time-Domain (FDTD) Computational Simulation Using XFdtd
Read source · www.remcom.com ↗finite-difference time-domain simulations were run with a typical eight-channel parallel transmit coil positioned over the abdomen.
Read source · www.remcom.com ↗
Customer satisfaction
Are customers happy with it?
“Our findings reveal a nonuniform distribution of the EM field, particularly intensified in corneal regions adjacent to eyelashes and eyelids.”
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Our findings reveal a nonuniform distribution of the EM field, particularly intensified in corneal regions adjacent to eyelashes and eyelids.
Read source · www.remcom.com ↗The Effects of mmW and THz Radiation on Dry Eyes: A Finite-Difference Time-Domain (FDTD) Computational Simulation Using XFdtd
Read source · www.remcom.com ↗Simulations were used to generate 10 g averaged SAR (SAR10g) maps across 100,000 phase settings, and the worst-case scenario 10 g averaged SAR (wocSAR10g) was identified using trigonometric maximisation.
Read source · www.remcom.com ↗
Value for money
Are the benefits worth the cost?
Popularity
How much interest does it attract?
Coming soon
Product-specific search-interest measurement is not available yet.
- 2
LynxKite
Adoption
Who uses it?
“In a collaboration with a leading biotech company, our team demonstrated how to use LynxKite to analyze a set of genes that are overexpressed in a condition and identify a target or a biomarker of poor prognosis or response to therapy.”
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In a collaboration with a leading biotech company, our team demonstrated how to use LynxKite to analyze a set of genes that are overexpressed in a condition and identify a target or a biomarker of poor prognosis or response to therapy.
Read source · www.lynxanalytics.com ↗
Customer satisfaction
Are customers happy with it?
“This was the whole point of the task - we brought gene expression of CTNNB1 from tumor level to peritumor level and estimated the impact on tumor gene expressions within the WNT-beta-Catenin pathway.”
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This was the whole point of the task - we brought gene expression of CTNNB1 from tumor level to peritumor level and estimated the impact on tumor gene expressions within the WNT-beta-Catenin pathway.
Read source · www.lynxanalytics.com ↗
Value for money
Are the benefits worth the cost?
Popularity
How much interest does it attract?
Coming soon
Product-specific search-interest measurement is not available yet.
- 3
Vecura
Adoption
Who uses it?
“A global consumer health leader required plant-derived solutions for mental wellness (focus and stress).”
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A global consumer health leader required plant-derived solutions for mental wellness (focus and stress).
Read source · www.nyb.group ↗
Customer satisfaction
Are customers happy with it?
“Using our advanced drug-target Interaction graph neural networks, we bridged the gap between biodiversity and biotechnology.”
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Using our advanced drug-target Interaction graph neural networks, we bridged the gap between biodiversity and biotechnology.
Read source · www.nyb.group ↗
Value for money
Are the benefits worth the cost?
Popularity
How much interest does it attract?
Coming soon
Product-specific search-interest measurement is not available yet.
- 4
Halmos
Documented workflow
“Acceleratingresearch.Intelligent experimental design.Which experiment would reduce uncertainty most?Join the Waitlist Maximise information per experiment.Minimise experiments to production.We simulate every experiment…”
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Acceleratingresearch.Intelligent experimental design.Which experiment would reduce uncertainty most?Join the Waitlist Maximise information per experiment.Minimise experiments to production.We simulate every experiment…
Read source · halmoslabs.com ↗
- 5
INTDose
Documented workflow
“Full Monte Carlo on the original CT with the planned beams and an independent machine model. Shares no engine, beam data, or geometry with the TPS. 03 Gamma + DVH compare 3-D gamma index at clinical tolerances (3%/2mm,…”
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Full Monte Carlo on the original CT with the planned beams and an independent machine model. Shares no engine, beam data, or geometry with the TPS. 03 Gamma + DVH compare 3-D gamma index at clinical tolerances (3%/2mm,…
Read source · www.carinaai.com ↗
- 6
ACEMD3
Documented feature
“recovering the ACEMD3 application again, and sending new jobs of standard MD simulations (We've been testing it these past weeks to make sure it worked well for both Windows and Linux) The main goal of these new batch of…”
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recovering the ACEMD3 application again, and sending new jobs of standard MD simulations (We've been testing it these past weeks to make sure it worked well for both Windows and Linux) The main goal of these new batch of…
Read source · gpugrid.net ↗
- 7
Ansys Discovery
Documented feature
“Ansys Discovery is used for real-time concept evaluation and design exploration in the early stages of the product development process. It combines interactive 3D modeling with multi-physics simulation capabilities…”
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Ansys Discovery is used for real-time concept evaluation and design exploration in the early stages of the product development process. It combines interactive 3D modeling with multi-physics simulation capabilities…
Read source · www.ansys.com ↗
- 8
ESPResSo
Documented feature
“coarse-grained atomistic or bead-spring models as they are used in soft matter research in physics, chemistry and molecular biology. It can be used to simulate systems such as polymers, liquid crystals, colloids,…”
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coarse-grained atomistic or bead-spring models as they are used in soft matter research in physics, chemistry and molecular biology. It can be used to simulate systems such as polymers, liquid crystals, colloids,…
Read source · espressomd.org ↗
- 9
GPUGRID
Documented feature
“scientific knowledge in various fields, including: Drug Discovery: Helping to identify new drugs for diseases like cancer, HIV, and neurodegenerative disorders. Protein Folding: Understanding the folding processes of…”
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scientific knowledge in various fields, including: Drug Discovery: Helping to identify new drugs for diseases like cancer, HIV, and neurodegenerative disorders. Protein Folding: Understanding the folding processes of…
Read source · gpugrid.net ↗
- 10
Granuleworks
Documented feature
“Simulates granular/powder behaviors such as mixing, conveying, and filling at hi-speed. Granuleworks is simulation software based on Discrete Element Method, the most popular method for granular simulation. Scalable DEM…”
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Simulates granular/powder behaviors such as mixing, conveying, and filling at hi-speed. Granuleworks is simulation software based on Discrete Element Method, the most popular method for granular simulation. Scalable DEM…
Read source · granuleworks.com ↗
