Interactive Biotech Simulation Suite
Comprehensive biotech educational platform featuring human-relevant medicine technologies, organ-on-chip systems, digital twins, and FDA Modernization Act-compliant research models
Patient-derived 3D tissue models revolutionizing disease research and drug development
Patient-derived cerebral organoids modeling Alzheimer's, Parkinson's, Glioblastoma, and Zika virus infection. Interactive 3D visualization with disease progression, drug treatment simulation, and neural activity monitoring.
Launch SimulatorDrug-Induced Liver Injury (DILI) prediction system with 87% accuracy. Test hepatotoxicity of pharmaceutical compounds using human liver-on-chip models. Real-time CYP450 metabolism and multi-parameter toxicity assessment.
Launch SimulatorCardiotoxicity assessment platform detecting arrhythmia risks missed by animal models. Features live ECG visualization, hERG channel assays, QT prolongation analysis, and contractility measurements in human cardiomyocytes.
Launch SimulatorEngineer chimeric antigen receptor T-cells for cancer immunotherapy. Design CAR constructs with multiple generations, select tumor antigens (CD19, BCMA, HER2), transduce T-cells, expand cultures, and simulate patient infusion with real-time tumor killing visualization.
Launch SimulatorMulti-tissue organoid fusion platform. Build complex assembloids by layering different cell types (neurons, astrocytes, endothelial cells, cardiomyocytes). Add vasculature, fuse organoids, monitor maturation. Pre-built protocols for brain-vascular, cortical-interneuron assembloids.
Launch SimulatorComputational models of fundamental biological processes
AI-powered molecular dynamics engine with cyberpunk visualization. Dock drug candidates to viral proteins (SARS-CoV-2 Spike, HIV Protease), cancer targets (EGFR Kinase), calculate binding affinities, run MD simulations. Real drugs: Remdesivir, Paxlovid, Imatinib. Quantum-themed interface with animated particle fields and energy visualization.
Launch SimulatorVisualize amino acid chains folding into 3D structures. Explore thermodynamic stability, secondary structure formation (a-helix, -sheet), and environmental factors affecting protein folding including temperature, pH, and ionic strength.
Launch SimulatorModel transcription factors, gene expression, and regulatory feedback loops. Interactive network visualization showing gene activation/repression cascades and cellular differentiation pathways.
Launch SimulatorFlux balance analysis of metabolic pathways. Visualize cellular energy production, glycolysis, TCA cycle, and oxidative phosphorylation. Optimize metabolic engineering for biotechnology applications.
Launch SimulatorModeling complex biological systems from ecosystems to epidemics
Lotka-Volterra predator-prey models simulating population dynamics. Explore carrying capacity, competitive exclusion, and trophic cascades in ecological systems. Real-time parameter adjustment for educational demonstrations.
Launch SimulatorSIR/SEIR disease spread modeling for infectious disease dynamics. Simulate outbreak scenarios, vaccination strategies, and intervention effectiveness. Interactive visualization of transmission parameters and epidemic curves.
Launch SimulatorHebbian learning and synaptic plasticity models. Visualize long-term potentiation (LTP), long-term depression (LTD), and spike-timing-dependent plasticity (STDP). Educational tool for understanding learning and memory at the synaptic level.
Launch SimulatorAdvanced whole-body physiological modeling systems
Interconnected organ system simulator modeling heart, liver, kidney, and brain interactions. Simulate drug distribution, metabolism, and systemic effects across the whole body. PBPK modeling for precision medicine applications.
Launch SimulatorAdvanced educational technologies for personalized biotech learning
AI-powered adaptive learning system that personalizes biotech education based on your knowledge level. Real-time assessment and custom learning paths.
Launch SimulatorAugmented Reality visualization of biological structures. View organoids, cells, and molecular structures in 3D space with interactive manipulation.
Launch SimulatorTrack learning engagement through biometric signals. Eye tracking, attention monitoring, and cognitive load assessment for optimized education.
Launch SimulatorPortable single-file versions for quick access and offline use
Standalone version of the AI-powered adaptive learning system. Self-contained simulation.
Launch StandaloneStandalone augmented reality biological structure viewer. No dependencies required.
Launch StandaloneStandalone biometric learning analytics engine. Track engagement independently.
Launch StandaloneStandalone brain organoid simulation. Quick-launch version for rapid exploration.
Launch StandaloneStandalone CAR-T cell engineering simulation. Compact single-file version.
Launch StandaloneStandalone cardiac safety assessment. Portable cardiotoxicity testing simulation.
Launch StandaloneStandalone Lotka-Volterra ecosystem simulation. Self-contained predator-prey model.
Launch StandaloneStandalone SIR/SEIR disease transmission model. Portable epidemic simulation.
Launch StandaloneStandalone gene regulatory network simulation. Compact transcription modeling.
Launch StandaloneStandalone DILI prediction simulation. Single-file hepatotoxicity testing.
Launch StandaloneStandalone metabolic pathway simulation. Portable flux balance analysis.
Launch StandaloneStandalone multi-organ digital twin. Compact PBPK modeling simulation.
Launch StandaloneStandalone synaptic plasticity simulation. Portable Hebbian learning model.
Launch StandaloneStandalone assembloid construction simulation. Quick-launch tissue engineering.
Launch StandaloneStandalone protein folding simulation. Compact structural biology model.
Launch StandaloneStandalone quantum drug docking simulation. Portable molecular dynamics.
Launch Standalone