Technical Description This technology is a system and method for efficient segmentation of retinal vasculature for accurate detection of blood vessels and pathological features. Problems Addressed Lacks Optic Disc Segmentation Inefficient Thin Vessels Detection Lacks Fine Vessel Analysis Reduced Accuracy…
Technical Description This technology is a system for predicting genetic interactions and mutations in flora using integrated computational techniques for accurate floral organ development prediction. Problems Addressed Lacks Dynamic Simulations Inefficient Real Time Monitoring Lacks Multiple Gene Prediction Lacks Integrative…
Technical Description The present invention relates to a biophotonic nanocontrast comprising of lipid nanoparticles encapsulating red emissive indocyanine green (ICG) aggregates through nanoprecipitation method. Problems Addressed Complicated Methods Inefficient Existing System Low Compatibility Expensive Non-Targeted Binding Tech Features High Storage…
Technical Description The present invention relates to a responsive biosensor for the direct label-free detection of alkaline phosphatase in serum. Problems Addressed Delayed Detection Expensive Low Specificity Inefficient Existing Systems Labeled Detection Methods Tech Features Cost-Effective Rapid Detection Simple &…
Technical Description This invention introduces a cost-effective SERS based analytical sensor for rapid detection of melamine in a liquid sample. Problems Addressed Lacks Cost-Effectiveness Inefficient Detection Complex Fabrication Inaccurate Quantification Limited Sensitivity Non Eco-Friendly Inefficient Reproducibility Lacks Rapid Analysis Tech…
Technical Description The technology relates to a system for segmentation of retinal blood vessels for enhanced detection of thin or minor blood vessels. Problems Addressed Computational Demands Low Performance Inefficient Existing Systems Inaccuracy Complicated System Tech Features Retinal Blood Vessels…
Technical Description The present invention relates to a fast, cost-effective and environment-friendly method for preparation of deglycyrrhizinated licorice. Problems Addressed Expensive Glycyrrhizinated Product Inefficient Existing Processes Non-Scalable Complicated Methods Tech Features Simple & Safe Rapid Cost-Effective Eco-Friendly Scalable Bioavailability Enriched…
Technical Description The technology relates to a method of synthesis of an arylalkanoic acid derivative that acts as a cyclooxygenase antagonist for the effective management of inflammation and pain. Problems Addressed Expensive Non-Selectivity Side Effects Complicated Method Low Product Yield…
Technical Description This technology is a cost-effective and biocompatible inorganic complex generating reactive oxygen species (ROS) under ultrasound exposure for therapeutic applications. Problems Addressed Inefficient Preparation Lacks Clinical Translation Inefficient Biosafety Evaluation Lacks Therapeutic Penetration LLimited Light Penetration Inefficient Anticancer…
Technical Description This technology is a pharmaceutical gastro-retentive floating composition designed for enhanced management of thromboembolic disorders. Problems Addressed Lacks Sustained Release Inefficient Bioavailability Lacks Prolonged Floating Inefficient Bioretention Lacks Cost-effectiveness Inefficient Patient Compliance Tech Features Efficient Composition EEnhanced Gastro-Retention…
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