Tissue Engineering: 4D Bioprinting and Dynamic Construct Architecture: Mastering 4D Bioprinting, Dynamic Scaffold Design, and Computational Biofabrica

By Emily Carter

Why You Need This Book

Unleash the fourth dimension of tissue engineering and watch living scaffolds transform over time-right from your own lab or workstation. Written by a cross-disciplinary team of bioengineers and computational scientists, this definitive reference fuses cutting-edge biomaterials science with fully commented Python code, guiding you step-by-step from concept to in-silico validation.

What You'll Learn Inside

- Design intelligent bioinks that swell, soften, or stiffen on command-all simulated with Monte-Carlo and finite-element scripts you can run and modify.
- Code a magnetically guided cell-alignment algorithm and visualize anisotropy metrics in real time.
- Generate vascular and lymphatic channel networks with automated, patient-specific tree-building functions.
- Script AI-driven nozzle paths that minimize shear stress while depositing multiscale gradients across osteochondral interfaces.
- Model self-healing constructs by coupling fracture mechanics with enzyme-mediated bond reformation kinetics.
- Employ closed-loop feedback control: connect optical, acoustic, and electrochemical sensors to adaptive Python routines that update stimuli on-the-fly.
- Build disease-progression constructs-simulate fibrosis, tumor microenvironments, or neurodegeneration with agent-based growth models.
- Embed synthetic gene circuits and predict tissue-level morphogenesis through integrated ODE solvers.

Whether you're a graduate student, PI, or R&D engineer, this book provides the computational firepower and material expertise to turn visionary constructs into laboratory realities.

Perfect For

- Biomedical, chemical, and mechanical engineers
- Regenerative medicine researchers
- Computational biologists and data scientists entering biofabrication
- Advanced courses in tissue engineering & biomaterials

• Format: Paperback
• Language: English
• ISBN: B0F5NCJSWV
• ISBN13: 9798280509368
• Release Date: April 2025
• Publisher: Independently Published
• Length: 488 Pages
• Weight: 1.42 lbs.
• Dimensions: 1.0" x 6.0" x 9.0"