PUBLICACIÓN

A new multitech bioprinter for high precision triple negative breast cancer modeling

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ACCEDER A LA PUBLICACIÓN: Scopus

Auselle-Bosch S.; Rodriguez-Rego J.M.; Mendoza-Cerezo L.; Guerra A.J.; Bosch A.; Casanova-Batlle E.; Ciurana J.; Puig T.

2025 INTERNATIONAL JOURNAL OF ADVANCED MANUFACTURING TECHNOLOGY

CITAS

0

DOI

10.1007/s00170-025-16860-6

EID

2-s2.0-105021135782

ISSN

0268-3768

EISSN

1433-3015

AUTORES DE LA UEX

Jesús Manuel Rodríguez Rego

OTRAS PUBLICACIONES DE INTERÉS

Development Of A Device For The Control Of Variables In The Bioprinting Of Hydrogels
Standardizing Electrical Conductivity Measurements Of Carbonaceous Materials In Supercapacitors Via An Innovative 3d-Printed Method
3d Printing Of Carbonaceous Hydrogel Electrodes For Energy Applications
Standardizing Electrical Conductivity Measurements Of Carbonaceous Materials In Supercapacitors Via An Innovative 3d-Printed Method
3d Printing Of Carbonaceous Hydrogel Electrodes For Energy Applications
New Electrical Method For Obtaining Graphic Information On The Evaluation Of The Uniformity Of Zro2-3 Mol% And Y2o3 Coatings Deposited By Electrophoresis. Application In Protection And Finishing Of Dental Parts
3d Printing Of Carbonaceous Hydrogel Electrodes For Energy Applications
New Electrical Method For Obtaining Graphic Information On The Evaluation Of The Uniformity Of Zro2-3 Mol% And Y2o3 Coatings Deposited By Electrophoresis. Application In Protection And Finishing Of Dental Parts
Analysis Of Attention Deficit In Adhd In The School Population
New Electrical Method For Obtaining Graphic Information On The Evaluation Of The Uniformity Of Zro2-3 Mol% And Y2o3 Coatings Deposited By Electrophoresis. Application In Protection And Finishing Of Dental Parts
Analysis Of Attention Deficit In Adhd In The School Population
Study Of Printable And Biocompatible Alginate–carbon Hydrogels For Sensor Applications: Mechanical, Electrical, And Cytotoxicity Evaluation
Analysis Of Attention Deficit In Adhd In The School Population
Study Of Printable And Biocompatible Alginate–carbon Hydrogels For Sensor Applications: Mechanical, Electrical, And Cytotoxicity Evaluation
Optimizing The Design Of A Lateral Oscillating Device For Pressure Ulcer Prevention: Results Of A Quasi-Experimental Study
Study Of Printable And Biocompatible Alginate–carbon Hydrogels For Sensor Applications: Mechanical, Electrical, And Cytotoxicity Evaluation
Optimizing The Design Of A Lateral Oscillating Device For Pressure Ulcer Prevention: Results Of A Quasi-Experimental Study
A New Multitech Bioprinter For High Precision Triple Negative Breast Cancer Modeling
Optimizing The Design Of A Lateral Oscillating Device For Pressure Ulcer Prevention: Results Of A Quasi-Experimental Study
A New Multitech Bioprinter For High Precision Triple Negative Breast Cancer Modeling
From Medical Imaging To Bioprinted Tissues: The Importance Of Workflow Optimisation For Improved Cell Function
A New Multitech Bioprinter For High Precision Triple Negative Breast Cancer Modeling
From Medical Imaging To Bioprinted Tissues: The Importance Of Workflow Optimisation For Improved Cell Function
Recent Advances In 3d Bioprinting Of Porous Scaffolds For Tissue Engineering: A Narrative And Critical Review
From Medical Imaging To Bioprinted Tissues: The Importance Of Workflow Optimisation For Improved Cell Function
Recent Advances In 3d Bioprinting Of Porous Scaffolds For Tissue Engineering: A Narrative And Critical Review
Predictive Modeling And Experimental Optimization Of The Electrodeposition–sintering Process For Functional Ceramic Coatings
Recent Advances In 3d Bioprinting Of Porous Scaffolds For Tissue Engineering: A Narrative And Critical Review
Predictive Modeling And Experimental Optimization Of The Electrodeposition–sintering Process For Functional Ceramic Coatings
Study Of Additives Designed In 3d To Lighten Synthetic Marbles
Predictive Modeling And Experimental Optimization Of The Electrodeposition–sintering Process For Functional Ceramic Coatings
Study Of Additives Designed In 3d To Lighten Synthetic Marbles
Design And Manufacture Of 3d Bioprinting Optimisation Tools Using Additive Manufacturing Technologies
Study Of Additives Designed In 3d To Lighten Synthetic Marbles
Design And Manufacture Of 3d Bioprinting Optimisation Tools Using Additive Manufacturing Technologies
Three-Dimensional Bioprinting Of Gelma Hydrogels With Culture Medium: Balancing Printability, Rheology And Cell Viability For Tissue Regeneration
Design And Manufacture Of 3d Bioprinting Optimisation Tools Using Additive Manufacturing Technologies
Three-Dimensional Bioprinting Of Gelma Hydrogels With Culture Medium: Balancing Printability, Rheology And Cell Viability For Tissue Regeneration
Odour Characterisation Of High-Density Polyethylene Recycled With Sepiolite By Sensory Evaluation
Three-Dimensional Bioprinting Of Gelma Hydrogels With Culture Medium: Balancing Printability, Rheology And Cell Viability For Tissue Regeneration
Odour Characterisation Of High-Density Polyethylene Recycled With Sepiolite By Sensory Evaluation
Optimising Bioprinting Nozzles Through Computational Modelling And Design Of Experiments
Odour Characterisation Of High-Density Polyethylene Recycled With Sepiolite By Sensory Evaluation
Optimising Bioprinting Nozzles Through Computational Modelling And Design Of Experiments
Innovative Device For Crack Monitoring And Deflection Analysis In Structures: Improved Accuracy, Safety And Efficiency
Optimising Bioprinting Nozzles Through Computational Modelling And Design Of Experiments
Innovative Device For Crack Monitoring And Deflection Analysis In Structures: Improved Accuracy, Safety And Efficiency
Odour Characterisation Of Recycled Hdpe In Different Washing And Processing Processes
Innovative Device For Crack Monitoring And Deflection Analysis In Structures: Improved Accuracy, Safety And Efficiency
Odour Characterisation Of Recycled Hdpe In Different Washing And Processing Processes
Comparison Of The Potential For Bioprinting Of Different 3d Printing Technologies
Odour Characterisation Of Recycled Hdpe In Different Washing And Processing Processes
Comparison Of The Potential For Bioprinting Of Different 3d Printing Technologies
Zirconia-Based Coatings For The Protection Of Ferritic-Martensitic Steels In A Molten Salt Environment For Csp Technology
Comparison Of The Potential For Bioprinting Of Different 3d Printing Technologies
Zirconia-Based Coatings For The Protection Of Ferritic-Martensitic Steels In A Molten Salt Environment For Csp Technology
Comprehensive Educational Model Based On Challenge-Based Learning For The Improvement Of Competency Performance
Zirconia-Based Coatings For The Protection Of Ferritic-Martensitic Steels In A Molten Salt Environment For Csp Technology
Comprehensive Educational Model Based On Challenge-Based Learning For The Improvement Of Competency Performance
Relationship Between Rheological Properties Of Hydrogels, Bioprinting Parameters And 3d Scanner Technology
Comprehensive Educational Model Based On Challenge-Based Learning For The Improvement Of Competency Performance
Relationship Between Rheological Properties Of Hydrogels, Bioprinting Parameters And 3d Scanner Technology
Rheological Characterisation Of Different Alginate-Based Hydrogels For A Biomimetic Representation Of A Tooth
Relationship Between Rheological Properties Of Hydrogels, Bioprinting Parameters And 3d Scanner Technology
Rheological Characterisation Of Different Alginate-Based Hydrogels For A Biomimetic Representation Of A Tooth
Guide For The Development And Evaluation Of Supercapacitors With The Proposal Of A Novel Design To Improve Their Performance
Rheological Characterisation Of Different Alginate-Based Hydrogels For A Biomimetic Representation Of A Tooth
Guide For The Development And Evaluation Of Supercapacitors With The Proposal Of A Novel Design To Improve Their Performance
Study Of The Influence Of The Type Of Pores Present In The Electrodes On The Behaviour Of A Swagelok-Type Supercapacitor
Guide For The Development And Evaluation Of Supercapacitors With The Proposal Of A Novel Design To Improve Their Performance
Study Of The Influence Of The Type Of Pores Present In The Electrodes On The Behaviour Of A Swagelok-Type Supercapacitor
Evolution Of Bioprinting And Current Applications
Study Of The Influence Of The Type Of Pores Present In The Electrodes On The Behaviour Of A Swagelok-Type Supercapacitor
Evolution Of Bioprinting And Current Applications
Fabrication And Characterisation Of Bioglass And Hydroxyapatite-Filled Scaffolds
Evolution Of Bioprinting And Current Applications
Fabrication And Characterisation Of Bioglass And Hydroxyapatite-Filled Scaffolds
Analysis Of The Use Of Hydrogels In Bioprinting
Fabrication And Characterisation Of Bioglass And Hydroxyapatite-Filled Scaffolds
Analysis Of The Use Of Hydrogels In Bioprinting
Design, Machining And Characterization Of The Components Required For The Manufacture Of A Supercapacitor
Analysis Of The Use Of Hydrogels In Bioprinting
Design, Machining And Characterization Of The Components Required For The Manufacture Of A Supercapacitor
Application Of Bioprinting To Reverse-Engineered Dental Implants
Design, Machining And Characterization Of The Components Required For The Manufacture Of A Supercapacitor
Application Of Bioprinting To Reverse-Engineered Dental Implants
Test Device For The Optimisation Of 3d Bioprinting
Application Of Bioprinting To Reverse-Engineered Dental Implants
Test Device For The Optimisation Of 3d Bioprinting
Methodology For Characterizing The Printability Of Hydrogels
Test Device For The Optimisation Of 3d Bioprinting
Methodology For Characterizing The Printability Of Hydrogels
Electrochemical Impedance Analysis For Corrosion Rate Monitoring Of Sol–gel Protective Coatings In Contact With Nitrate Molten Salts For Csp Applications
Methodology For Characterizing The Printability Of Hydrogels
Electrochemical Impedance Analysis For Corrosion Rate Monitoring Of Sol–gel Protective Coatings In Contact With Nitrate Molten Salts For Csp Applications
Relationship Between Shear-Thinning Rheological Properties Of Bioinks And Bioprinting Parameters
Electrochemical Impedance Analysis For Corrosion Rate Monitoring Of Sol–gel Protective Coatings In Contact With Nitrate Molten Salts For Csp Applications
Relationship Between Shear-Thinning Rheological Properties Of Bioinks And Bioprinting Parameters
Actions To Reduce Carbon Footprint In Materials To Healthcare Buildings
Relationship Between Shear-Thinning Rheological Properties Of Bioinks And Bioprinting Parameters
Actions To Reduce Carbon Footprint In Materials To Healthcare Buildings
Development Of A Device For The Control Of Variables In The Bioprinting Of Hydrogels
Actions To Reduce Carbon Footprint In Materials To Healthcare Buildings
Development Of A Device For The Control Of Variables In The Bioprinting Of Hydrogels
Standardizing Electrical Conductivity Measurements Of Carbonaceous Materials In Supercapacitors Via An Innovative 3d-Printed Method
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