🧬 Matter2Life

Bridging Materials and Biology

Matter2Life is a research initiative devoted to the development of intelligent biomaterials β€” from synthetic matter to living systems. We explore how materials can be designed, structured, and functionalized to interact with biology at the molecular, cellular, and tissue level.

πŸ”­ Our 3-Year Plan

A Journey from Structure to Function, from Matter to Life

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Our roadmap is structured around three key phases, each building toward the creation of responsive, clinically-relevant biomaterials that communicate with biological systems.

🧩 Year 1: Build the Foundations (2025)

Keywords: Structure β€’ Degradation β€’ Biointerface

We begin by developing a library of engineered materials using additive manufacturing and microstructuring techniques. Special focus is given to:

  • Designing porous scaffolds and micro/nano-textured surfaces

  • Characterizing mechanical, chemical, and degradation properties

  • Establishing controlled testing platforms (custom biodegradation systems, Raman-based monitoring, pH/conductivity analysis)

πŸ§ͺ We aim to understand how matter interacts with biological environments β€” not just chemically, but dynamically over time.

🌿 Year 2: Enable Communication (2026)

Keywords: Bioactivity β€’ Sensing β€’ Smart Responses

In the second year, we transition from passive to interactive materials by:

  • Embedding bioactive molecules (e.g. carotenoids, curcumin, peptides)

  • Developing in situ monitoring tools for pH, ion release, and structural change

  • Creating systems that respond to environmental cues (pH, temperature, load)

🧠 The goal is to engineer materials that not only survive in the body, but participate in the healing process β€” stimulating cells, degrading on cue, adapting over time.

🌱 Year 3: Bridge to Biology (2027)

Keywords: Cell-material interactions β€’ Regeneration β€’ Translation

The final phase focuses on validating our materials in biological models, and preparing for real-world applications. We will:

  • Study cell adhesion, proliferation, and differentiation on our scaffolds

  • Develop multifunctional composites for soft and hard tissue regeneration

  • Launch collaborations with medical and biotech partners

πŸ’‘ We move from the lab to the clinic, transforming synthetic designs into tools for regenerative medicine.

🀝 Join Us

Whether you’re a scientist, clinician, engineer, or innovator β€” Matter2Life is about creating interfaces between disciplines as much as between materials and biology.

Contact us at matter2life[AT]biomaterials-lab.com

Let’s turn materials into life-changing solutions.

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