Borse a tematica vincolata di "Bioingegneria e Scienze Medico-Chirurgiche" (41° ciclo)

Prima sessione

Nell'ambito della prima sessione del 41° ciclo, sono disponibili le seguenti borse a tematica vincolata per il corso di dottorato "Bioingegneria e Scienze Medico-Chirurgiche":

  1. UNITO - Enhancing Robotic Surgery Autonomy through Computer Vision, AI, and Simulation
  2. UNITO - Harnessing the orally-derived stem cell potential for a biologically-oriented on-site targeted approach (BOOST) in periodontal regeneration
  3. UNITO - Full Digital Workflow for Orthognathic Surgery: Predictability and Accuracy of Virtual Occlusion Tools
  4. UNITO - Deep learning-based framework supporting preoperative decisions and AI guided robotic urological surgery
  5. UNITO - Innovative Endourology in the management of Urolithiasis, BPO, and transplant-related complications: from technology to everyday clinical practice
  6. AMMIN - Decoding Emergent Functions in Cells: A Multiscale Mechanobiology Framework Linking Models and Experiments
  7. Ammin/DIMEAS - Biomimetic 3D printing: from material design to therapeutics and diagnostics
  8. Ammin/DISAT - Modulation of Enzymatic Activity via Plasmonic Hot Spots
  9. Ammin/DIMEAS - Multifunctional self-healing hydrogels for drug delivery and tissue regeneration
  10. UNITO - DAEDALUS 1 - Artificial Intelligence, robotic mucosectomy and in situ bioprinting for regeneration of ColoRectal mucosa and submucosa
  11. Ammin/DIMEAS - Design of medical devices for spinal and trauma applications
  12. Ammin/DIMEAS - Integrating physics-based and datadriven modelling approaches for cardiovascular disease diagnosis, prediction, and treatment optimization
  13. CRT/DISAT - Engineered particles for advanced tissue regeneration applications
  14. Ammin/DISAT - 3D bioprinting: lifelike 3D in vitro models for drug screening
  15. Ammin/DET - IS4MSPM: Intelligent Systems for MultiScale Personalized Medicine
  16. Ammin/DET - From Behavior to Brain: How Stress Shapes alterations of Cognitive and Motor Functions
  17. Ammin/DET - Advanced methods for studying muscle neuromechanics through integrated electrophysiological and imaging techniques