Thursday January 22 |
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| 8:30-9:00 | Registration and Posters set-up | |
| 9:00-9:30 | Opening Ceremony | |
| 9:30-11:10 |
Session 1: Advanced design and simulation for biofabrication Chair: Zaida Alvarez-Pinto; Co-chair: Palash Chandravanshi |
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| Keynote Lecture: Light-driven 3D printing of functional polymers for healthcare. Sandra Van Vlierberghe | ||
| Invited Lecture: Sound-driven bioassembly strategies for shaping tissue models and organoids. Tiziano Serra | ||
| Custom 3D-printed substrates for aligned growth and harvesting of cardiac cell sheets. Viktoriia Sevostianova | ||
| Ultrafast laser-material interactions in tissue-engineering scaffolds: Contrasting PCL and PLCL. Yago Radziunas-Salinas | ||
| Ultrasound activated scaffold materials for osteochondral interface regeneration. Maite García | ||
| Achieving biomimicry through polymeric electrospun mats for osteochondral cartilage repair. Lucia Aboal Castro | ||
| 11:10-11:40 | Coffee Break + Poster session I (P1-P11) | |
| 11:40-13:15 |
Session 2: Novel biofabrication strategies for tissue engineering Chair: Manuel M. Mazo Vega, Co-chair: Uxia Gato-Diaz |
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| Invited Lecture: Cell-responsive bioinks for direct and embedded bioprinting. Rúben F. Pereira | ||
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Direct ink writing of collagen-based scaffolds functionalized with KR-12 antimicrobial peptide derivatives for bone regeneration. Carlos Palo Nieto |
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| Deep generative segmentation and 3D printing of personalized wound dressings. Marcelo Augusto Costa Fernandes | ||
| Upconversion nanoparticles-decorated 3D-printed aerogels as novel theranostic implants fabricated by a dual processing strategy. Ana Iglesias Mejuto | ||
| Enhanced cell viability in bis-urea hydrogel scaffolds through fibroblast–myoblast co-encapsulation for cardiac tissue engineering. Blanca Limones Ahijón | ||
| Biofabrication of hybrid collagen-based constructs integrating melt electrowriting microscaffolds to control fibroblast-mediated contraction and activation. Rafaela Presa | ||
| Bioprinted skin models reproducing nevus architecture. Gonzalo de Aranda Izuzquiza | ||
| Additive manufacturing of bioabsorbable continuous wire-reinforced composites for tissue engineering. Ángela Garcia De La Camacha Díaz | ||
| 13:15-14:45 | Lunch | |
| 14:45-16:10 |
Session 3: Biofabrication for disease models and drug testing Chair: Anna Abbadessa, Co-chair: Maria Pita-Vilar |
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| Invited Lecture: From static to dynamic 3D/4D printed scaffolds: a shift in tissue regeneration. Sandra Camarero-Espinosa | ||
| Advancing osteosarcoma in vitro modelling through the combination of 3D bioprinted tumor spheroids with a decellularized cell-derived ECM-based bioink. João Silva | ||
| Building the tumor microenvironment: 3D bioprinting of a desmoplastic pancreatic cancer model. Uxía Gato Díaz | ||
| Decellularized annulus fibrosus scaffolds for in vitro disease modelling. Ana Luísa Castro | ||
| Biofidelic human spinal cord constructs for advanced in vitro modeling. Xavier Barcel | ||
| A multi-cellular bio-fabricated 3D glioblastoma model for efficient drug screening and tumor microenvironment studies. Irene Bertolo | ||
| Design and optimization of a 3D-printed human spinal cord organoid-on-a-chip platform for modeling injury and repair. Palash Chandravanshi | ||
| 16:10-16:25 | Sponsor talk: HealthBiolux | |
| 16:25-16:40 | Coffee Break sponsored by HealthBiolux | |
| 16:40-18:00 |
Session 4: Bioceramics and biometals Chair: Carlos Garcia-Gonzalez, Co-chair: Ana Iglesias-Mejuto |
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| Invited Lecture: Microfluidic chip rheology: a new tool for the rheological characterization of ceramic slurries. Rodrigo Moreno | ||
| Invited Lecture: Advances in 3D-printed scaffolds for guided tissue regeneration: polymer-to-metal approaches. Monica Echeverry Rendon | ||
| Enhanced bone tissue engineering using α-tricalcium phosphate/carboxymethylcellulose osteoinductive scaffolds. Maria Pita Vilar | ||
| Processability and biocompatibility of additively manufactured zinc-alloy implants. Luis Calero | ||
| Fabrication of bioactive hydroxyapatite scaffolds by vat photopolymerization using acrylate-based slurries. Viktorya Rstakyan | ||
| 18:30-21:00 | Guided city tour | |
| 21:00 | Congress Dinner | |
Friday January 23 |
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| 9:00-9:30 | Posters set-up | |
| 9:30-11:00 |
Session 5: Bioinspired materials in biofabrication Chair: Pio Gonzalez, Co-chair: Miriam Lopez-Alvarez |
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| Keynote Lecture: Extrusion bioprinting and acoustic assembly to biofabricate 3D hierarchical structures for biomedicine. João Mano | ||
| 3D biomimetic porous titanium (Ti6Al4V) scaffolds for bone reconstruction. Jesus Ordoño | ||
| Top-down and bottom-up: Exploring different printing techniques for biomimetic scaffolds for cartilage tissue engineering. Kristin Schüler | ||
| From rupture to regeneration: bioengineering functional tendon replacements. Ane Llucia | ||
| Double-network bioinks based on quaternized chitosan and methacryloyl hyaluronic acid for enhanced printability and mechanical performance. João Abreu Pereira | ||
| Engineering 3D printed scaffolds for controlled antibody delivery against pathological angiogenesis in cartilage. Anna Abbadessa | ||
| 11:00-11:30 | Coffee Break + Poster session II (P12-PI31) | |
| 11:30-13:00 | Round Table: From biofabrication to the patient: advances and challenges in bioprinted advanced therapies | |
| Regulation of advanced therapies and biofabrication. Sol Ruiz (AEMPS) | ||
| Alternatives to animal testing models. Carmen Alvarez-Lorenzo (iMATUS) | ||
| Round table Chair: Carmen Alvarez-Lorenzo Panelist: Sol Ruiz, João Mano, Carlos Garcia-Gonzalez, María Permuy |
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| 13:00-13:30 | Closing remarks and awards | |
| POSTER SESSIONS | ||
| 22/01/2025 | Poster session I | |
| P1 | Supercritical CO2 and Bioaerogel Technologies for Biofabrication Applications. Susana Gomes | |
| P2 | Biocompatible DLP 3D-Printed Hydrogels Incorporating Bioactive Agents for Wound Healing. Mariana Zarur | |
| P3 | Controlling Shrinkage in Starch Aerogels Biofabrication Through 3D Printing and Predictive Modeling. Susana Gomes | |
| P4 | Towards the Design of a Curricular Expert Profile on Biofabrication: Case Study of Alumni from Universidade de Santiago de Compostela. Carlos Garcia-Gonzalez | |
| P5 |
Design of a Curcumin-Loaded Hydrogel–Nanoparticle Wound Dressing Using a Quality by Design Approach. Zenayda Aguilar |
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| P6 | Enhancing functionalities of 3D printed PLA devices via gamma-radiation: pH-responsive and antimicrobial scaffolds. Alejandro Seijo Rabina | |
| P7 | mSLA-Printed Polymer–Ceramic Scaffolds with Antibacterial Coatings. Teodora Jakovljevic | |
| P8 |
Design of Tunable Polymeric Scaffolds for Bone Regeneration. Lara Touza |
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| P9 | Pilot Study on 3D Bioprinting Techniques for the Fabrication of Antimicrobial Peptide Carriers. Raquel de Melo Barbosa | |
| P10 | Design and development of an Organ-on-a-Chip device for bone tissue in dynamic cell culture. Miriam Lopez-Alvarez | |
| P11 | Biofabricated F127/Hyaluronic Acid depot as an in vivo platform for ketamine delivery: in vitro–in vivo divergence and development of β/γ-Cyclodextrin hydrogels as design alternatives. Fernando Yáñez Gómez | |
| 23/01/2025 | Poster session II | |
| P12 | Automatic production of baclofen orodispersible tablets with a pharmaceutical 3D printer in a hospital. Daniel Grandal González | |
| P13 | Advancing medication compounding: Use of a pharmaceutical 3D printer to auto-fill minoxidil capsules for dispensing to patients in a community pharmacy. Xela Rodríguez Maciñeiras | |
| P14 | Non-destructive quality control of medicines produced through 3D printing in a hospital using two handheld spectrometers. Álvaro Goyanes | |
| P15 | Selection of suitable materials for 3D-printing of tablets using direct powder extrusion. Melanie Aichinger | |
| P16 | Antibiotic-eluting implantable devices as a preventive strategy against postoperative infections. Juan Domínguez Robles | |
| P17 | Technical Pen-Based Printhead for High-Precision Microdosing of Personalized Therapies. Paola Carou-Senra | |
| P18 | Development of an ACM/SF bioactive scaffold reinforced with a 3D printed spring structure for articular cartilage tissue engineering. Jinyi Huang | |
| P19 | Evaluation of Bioinspired Ceramic Scaffolds Based on Hydroxyapatite and Nb2O2, Fabricated via Colloidal Processing, for Trabecular Bone Tissue Regeneration. Djeisa Pasini | |
| P20 | From Radiolucent to Radiopaque: 2D-Nanosheet Nanocomposites for 3D-Printed Bioresorbable Vascular. Beata M. Szydlowska | |
| PI21 | Beyond DNA Removal: Assessing the Immunological Response to Decellularized Rabbit Dermal Matrices. Marta Rosadas | |
| PI22 | Chiral Molecularly Imprinted Biosensor for the Detection of Neurological Biomarkers. Cristina Sousa | |
| PI23 | Engineering Injectable Marine-Based Cryogels: Formulation Design and Injectability Characterization for Cartilage Regeneration. Mario García González | |
| PI24 | Supercritical CO2 decellularized-ECM derived core-shell Hydrogel for Functional β-Cell Encapsulation and Immune Protection. Carlos Pazmino | |
| PI25 | Análisis de la capacidad bactericida del óxido de grafeno y de dos complejos iridaaromáticos sobre S. Aureus ATCC 25923 y S. Aureus ATCC BAA-1556 (clon USA 300). Irene Viéitez | |
| PI26 | Optimising intestinal decellularisation for tissue-specific ECM hydrogels to support organoid-derived monolayers. Mafalda D. Neto | |
| PI27 | Development of an electrochemical smart plastic antibody biosensor for Alzheimer’s biomarker detection. Daniela Oliveira | |
| PI28 | Re-designing polymer structure to improve regeneration performance. Pedro Gebran | |
| PI29 | Coaxial 3D Printing: synergistic approach of natural and synthetic biomaterials for knee meniscus replacement. Francisco Rodrigues | |
| PI30 | Design and Characterization of Biopolymer-Based Core–Shell Particles for Sustained Release of Adenosine in Tissue Regeneration. Beatriz Bernardes | |
| PI31 | Decellularized dermal matrix-based hydrogels and their potential as immunomodulatory biomaterials. Ana Beatriz Pereira | |