Our Research Interests
At Tvashtr Biotech, we explore the paradigms of cutting-edge research at the intersection of Biosensors & Microfluidics, Protein Engineering & Immunodiagnostics, AI & ML-Driven Biomedical Applications, Neuromodulation & Bioelectronics and Point-of-Care & Scalable Diagnostics.
Biosensors & Microfluidics
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MEMS-based Alzheimer’s Progression Monitoring using FET biosensors for CSF biomarker detection.
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Rapid Allergy Testing Kit leveraging anti-IgE protein and microfluidic separation for multi-allergen detection.
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Cantilever & Piezoresistive Sensors to enhance selectivity and minimize non-specific binding in biomarker detection.
Point-of-Care & Scalable Diagnostics
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Handheld Biosensing Devices for In-Field Testing (Alzheimer’s, allergies, etc.).
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Minimization of Lab Dependency through integrated microfluidic and AI-based analysis.
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Cost-Effective & Scalable Manufacturing Strategies for medical diagnostics.
Neuromodulation & Bioelectronics
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AI-Optimized Parameter Tuning for Neurostimulation Devices in treating movement disorders.
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Wearable Therapeutics for Parkinson’s Tremors using real-time motion sensing and closed-loop control.
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Electrophysiological Signal Processing for Precision Therapy Adjustments.
Protein Engineering & Immunodiagnostics
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Anti-IgE Protein Development for selective IgE separation and allergy diagnostics.
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Antibody Engineering for High-Affinity Binding (e.g., optimizing CDRs and linker design).
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Supramolecular Chemistry & Colorimetry for biosensor-based allergen detection.
AI & ML-Driven Biomedical Applications
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AI for Alzheimer's Disease Progression Tracking using biomarker trends and ML models.
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Adaptive Reinforcement Learning for Closed-Loop Neuromodulation to optimize stimulation paradigms.
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Bayesian Inference Models for Personalized Neuromodulation in Parkinson’s and epilepsy treatment.
