Topic: Biomaterials targeting tissue regeneration
Poster-Session

Programme

• • Poster Self-Study
  • P-08

  Simulation of µCT Scans Using Simulation Software aRTist for Artifact Minimization and Image Quality Optimization

  • Abed Asaad (Jena / DE)

   Biomaterials targeting tissue regeneration
• • Poster Self-Study
  • P-09

  Optimization of ADA-GEL ink formulation, printing process, and incorporation of silicate nanoparticles for skeletal muscle tissue applications

  • Hsuan-Heng Lu (Erlangen / DE)

   Biomaterials targeting tissue regeneration
• • Poster Self-Study
  • P-10

  Degradation and bacterial interaction of self-assembled fibrinogen nanofiber scaffolds

  • Lea Dierker (Bremen / DE)

   Biomaterials targeting tissue regeneration
• • Poster Self-Study
  • P-11

  Fibre-reinforced Calcium Phosphate Cements for Bone Regeneration

  • Sadia Zakir Jangda (Dresden / DE)

   Biomaterials targeting tissue regeneration
• • Poster Self-Study
  • P-12

  Multilayered GBR-Membranes wih Mucoadhesive and Osteoinductive Properties

  • Dilbar Aibibu (Dresden / DE)

   Biomaterials targeting tissue regeneration
• • Poster Self-Study
  • P-13

  Development of a newly synthesized biopolymer for nanolithographic printing of biphasic bone-cartilage implants

  • Steffen Czich (Heilbad Heiligenstadt / DE)

   Biomaterials targeting tissue regeneration
• • Poster Self-Study
  • P-14

  Melt electrowriting-based PCL patch with optimized topology design for abdominal defect reconstruction

  • Yakui Liu (Dresden / DE)

   Biomaterials targeting tissue regeneration
• • Poster Self-Study
  • P-15

  Self-assembly of nanofibrous fibrinogen-collagen composites with layered architecture for skin tissue engineering

  • Titinun Nuntapramote (Bremen / DE)

   Biomaterials targeting tissue regeneration
• • Poster Self-Study
  • P-16

  Implementing curvature into 3D scaffold microenvironments for guided regeneration of bone defects

  • Esther de Mercurio (Berlin / DE)

   Biomaterials targeting tissue regeneration
• • Poster Self-Study
  • P-17

  Multiscale approach to investigate the bone-magnesium interface of biodegradable implants

  • Sven Schimek (Geesthacht / DE)

   Biomaterials targeting tissue regeneration