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The Ecotera Research Portfolio – Organized Table of Contents: A Technical Paper Index and Strategic Overview, version April 21, 2026
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Researchers compiled a portfolio of 32 technical papers from Ecotera spanning field-deployable microplastic sensors, urine-based human exposure monitoring, computer vision approaches, and therapeutic concepts, presenting a strategic overview that prioritizes scalable, real-world deployment and intervention-linked detection over conventional laboratory-isolated methods.
This document provides an organized table of contents for the 2026 Ecotera research portfolio as of April 21, 2026 — a growing collection of technical papers focused on scalable detection, interpretation, monitoring, and mitigation of microplastics and nanoplastics across environmental and biological systems. The portfolio of 32 papers span field-deployable sensing technologies, urine-based human exposure monitoring, computer-vision approaches, mechanistic models, multi-analyte water intelligence platforms, policy frameworks, and therapeutic concepts. Collectively, these papers shift the focus from isolated laboratory observations toward practical, scalable, real-world solutions that prioritize accessibility, repeatability, and impact. Strategic Vision of the Portfolio Across these papers, several consistent themes emerge: Scalability over niche complexity Real-world deployment over laboratory isolation Longitudinal and distributed monitoring over one-time snapshots Actionable outputs over purely academic endpoints Surface-area-aware mechanistic thinking over simplistic particle counts Detection explicitly linked to intervention, policy, and health outcomes Sections: 1. Foundational Detection & Measurement Systems2. Theoretical Frameworks: The Z-Model3. Human Health & Biological Monitoring4. Water Intelligence, Field Validation & Real-World Deployment5. Policy & Regulatory Frameworks6. Mitigation, Therapeutics & Closed-Loop Systems7. Suggested Reading Paths8. Conclusion
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The Ecotera Research Portfolio – Organized Table of Contents: A Technical Paper Index and Strategic Overview, version April 21, 2026
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Researchers published a structured index of 32 technical papers from the Ecotera research portfolio covering field-deployable microplastic sensing, urine-based human exposure monitoring, computer vision detection, mechanistic models, and therapeutic concepts — positioning the collection as a shift from laboratory observation toward scalable real-world environmental impact.
EcoExposure™ Part II: Smartphone Polymer Typing for Scalable Plastic Monitoring
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Researchers describe a smartphone-compatible polymer-typing module designed as the second tier of the EcoExposure monitoring platform, arguing that total-burden screening and polymer-specific classification are sequential rather than competing approaches and together form a complete field-deployable microplastic monitoring system.
Scalable Urine Test for Microplastics and Nanoplastics: Development Progress, Regulatory Strategy, and Planned Observational Study
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Researchers described progress toward a smartphone-compatible urine assay for microplastic and nanoplastic detection designed for repeated home use, outlining its regulatory strategy, prototype development stages, and a planned observational study to validate real-world exposure monitoring in human populations.
Global Trends in the Research Landscape and Development of Micro- and Nanoplastics.
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This review analyzed over 12,000 studies to map how microplastics research has evolved, from ocean pollution to concerns about human health. The field has shifted focus toward understanding how these tiny plastic particles affect our bodies at the molecular level, showing scientists are increasingly connecting environmental plastic pollution to real health risks for people.
Scalable Urine Test for Microplastics and Nanoplastics: Development Progress, Regulatory Strategy, and Planned Observational Study
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Researchers describe progress toward a smartphone-based urine assay for measuring personal microplastic and nanoplastic exposure, reporting prototype development, an FDA pre-submission regulatory engagement, and a planned observational study in 2026 aimed at making longitudinal exposure monitoring scalable and accessible outside specialized laboratories.
Research digests by email
When a large batch of papers lands in the Atlas, we read through it and send a short write-up of what stood out.