Advanced Biomedical Engineering

// Advanced Biomedical Engineering Framework class AdvancedBiomedicalEngineering { constructor() { this.devices = []; this.tissues = []; this.systems = []; this.models = []; } // Medical Device Design designMedicalDevice(requirements, constraints) { const device = { requirements: requirements, constraints: constraints, specifications: null, materials: null, testing: null, regulatory: null }; // Device Specifications device.specifications = this.defineSpecifications(requirements, constraints); // Material Selection device.materials = this.selectMaterials(device.specifications); // Testing Protocol device.testing = this.designTesting(device.materials); // Regulatory Compliance device.regulatory = this.ensureCompliance(device.testing); return device; } // Tissue Engineering engineerTissue(cellType, scaffold, conditions) { const tissue = { cellType: cellType, scaffold: scaffold, conditions: conditions, culture: null, differentiation: null, maturation: null, functionality: null }; // Cell Culture tissue.culture = this.cultureCells(cellType, scaffold, conditions); // Differentiation tissue.differentiation = this.differentiateCells(tissue.culture); // Tissue Maturation tissue.maturation = this.matureTissue(tissue.differentiation); // Functionality Assessment tissue.functionality = this.assessFunctionality(tissue.maturation); return tissue; } // Biomedical Imaging processMedicalImage(image, modality) { const imaging = { image: image, modality: modality, preprocessing: null, segmentation: null, analysis: null, diagnosis: null }; // Image Preprocessing imaging.preprocessing = this.preprocessImage(image, modality); // Image Segmentation imaging.segmentation = this.segmentImage(imaging.preprocessing); // Quantitative Analysis imaging.analysis = this.analyzeImage(imaging.segmentation); // Diagnostic Support imaging.diagnosis = this.supportDiagnosis(imaging.analysis); return imaging; } // Biomechanical Analysis analyzeBiomechanics(structure, loading) { const biomechanics = { structure: structure, loading: loading, stress: null, strain: null, fatigue: null, failure: null }; // Stress Analysis biomechanics.stress = this.calculateStress(structure, loading); // Strain Analysis biomechanics.strain = this.calculateStrain(biomechanics.stress); // Fatigue Analysis biomechanics.fatigue = this.analyzeFatigue(biomechanics.strain); // Failure Prediction biomechanics.failure = this.predictFailure(biomechanics.fatigue); return biomechanics; } // Bioinformatics analyzeBiologicalData(data, analysis) { const bioinformatics = { data: data, analysis: analysis, preprocessing: null, features: null, modeling: null, interpretation: null }; // Data Preprocessing bioinformatics.preprocessing = this.preprocessData(data); // Feature Extraction bioinformatics.features = this.extractFeatures(bioinformatics.preprocessing); // Statistical Modeling bioinformatics.modeling = this.buildModel(bioinformatics.features, analysis); // Biological Interpretation bioinformatics.interpretation = this.interpretResults(bioinformatics.modeling); return bioinformatics; } // Neural Engineering interfaceNeuralSystem(signal, processing) { const neural = { signal: signal, processing: processing, filtering: null, decoding: null, control: null, feedback: null }; // Signal Filtering neural.filtering = this.filterSignal(signal, processing); // Neural Decoding neural.decoding = this.decodeNeural(neural.filtering); // Control Generation neural.control = this.generateControl(neural.decoding); // Feedback Processing neural.feedback = this.processFeedback(neural.control); return neural; } }