PUBLICACIÓN

RELATIONSHIP BETWEEN RHEOLOGICAL PROPERTIES OF HYDROGELS, BIOPRINTING PARAMETERS AND 3D SCANNER TECHNOLOGY

ACCEDER A LA PUBLICACIÓN: Orcid

Rego, J. M. Rodriguez, Cerezo, L. Mendoza, Garcia, A. Macias, Amador, J. PCarrasco, Romero, A. C. Marcos, Parralejo, A. Diaz

2023

DOI

10.1093/bjs/znac443.020

AUTORES DE LA UEX

Jesús Manuel Rodríguez Rego
Alfonso Carlos Marcos Romero

OTRAS PUBLICACIONES DE INTERÉS

Guide For The Development And Evaluation Of Supercapacitors With The Proposal Of A Novel Design To Improve Their Performance
Combination Of Review And Design Of Experiments To Optimize Computational Simulations On Bioprinting Nozzles
Electrochemical Impedance Analysis For Corrosion Rate Monitoring Of Sol–gel Protective Coatings In Contact With Nitrate Molten Salts For Csp Applications
Combination Of Review And Design Of Experiments To Optimize Computational Simulations On Bioprinting Nozzles
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
Comparison Of The Potential For Bioprinting Of Different 3d Printing Technologies
Relationship Between Shear-Thinning Rheological Properties Of Bioinks And Bioprinting Parameters
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
Combination Of Review And Design Of Experiments To Optimize Computational Simulations On Bioprinting Nozzles
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