IMEM-BRT- Innovation in Materials and Molecular Engineering - Biomaterials for Regenerative Therapies
L'activitat científica del grup IMEM-BRT es desenvolupa al voltant de quatre eixos fonamentals:
- Pell electrònica intel·ligent capaç de respondre a estímuls relacionats amb la detecció, l'enginyeria de teixits i la flexibilitat mitjançant la creació de xarxes integrades de sensors, actuadors, dispositius per a la recol·lecció i emmagatzematge d'energia.
- Implementació de sensors de pressió flexibles en malles quirúrgiques de polipropilè mitjançant l'ús d'una estratègia d'impressió 4D per obtenir malles que puguin interactuar dinàmicament amb l'entorn local.
- Impressió 3D i 4D en enginyeria de teixits i regeneració: utilització de cèl·lules i materials biodegradables i biocompatibles per imprimir teixits i òrgans capaços de respondre a les característiques de l'entorn.
La actividad científica del grupo IMEM-BRT se desarrolla en torno a cuatro ejes fundamentales:
- Piel electrónica inteligente capaz de responder a estímulos relacionados con la detección, la ingeniería de tejidos y la flexibilidad mediante la creación de redes integradas de sensores, actuadores, dispositivos para la recolección y almacenamiento de energía.
- Implementación de sensores de presión flexibles en mallas quirúrgicas de polipropileno mediante el uso de una estrategia de impresión 4D para obtener mallas que puedan interactuar dinámicamente con el entorno local.
- Impresión 3D y 4D en ingeniería de tejidos y regeneración: utilización de células y materiales biodegradables y biocompatibles para imprimir tejidos y órganos capaces de responder a las características del entorno.
La actividad científica del grupo IMEM-BRT se desarrolla en torno a cuatro ejes fundamentales:
- Piel electrónica inteligente capaz de responder a estímulos relacionados con la detección, la ingeniería de tejidos y la flexibilidad mediante la creación de redes integradas de sensores, actuadores, dispositivos para la recolección y almacenamiento de energía.
- Implementación de sensores de presión flexibles en mallas quirúrgicas de polipropileno mediante el uso de una estrategia de impresión 4D para obtener mallas que puedan interactuar dinámicamente con el entorno local.
- Impresión 3D y 4D en ingeniería de tejidos y regeneración: utilización de células y materiales biodegradables y biocompatibles para imprimir tejidos y órganos capaces de responder a las características del entorno.
La actividad científica del grupo IMEM-BRT se desarrolla en torno a cuatro ejes fundamentales:
- Piel electrónica inteligente capaz de responder a estímulos relacionados con la detección, la ingeniería de tejidos y la flexibilidad mediante la creación de redes integradas de sensores, actuadores, dispositivos para la recolección y almacenamiento de energía.
- Implementación de sensores de presión flexibles en mallas quirúrgicas de polipropileno mediante el uso de una estrategia de impresión 4D para obtener mallas que puedan interactuar dinámicamente con el entorno local.
- Impresión 3D y 4D en ingeniería de tejidos y regeneración: utilización de células y materiales biodegradables y biocompatibles para imprimir tejidos y órganos capaces de responder a las características del entorno.
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Articles de revista [294]
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Dataset [3]
Recent Submissions
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Development and angiogenic potential of cell-derived microtissues using microcarrier-template
(2021-02-25)
Article
Open AccessTissue engineering and regenerative medicine approaches use biomaterials in combination with cells to regenerate lost functions of tissues and organs to prevent organ transplantation. However, most of the current strategies ... -
Optimization of permanently polarized hydroxyapatite catalyst. Implications for the electrophotosynthesis of amino acids by nitrogen and carbon fixation
(2021-05)
Article
Restricted access - publisher's policyThe enhanced catalytic activity of permanently polarized hydroxyapatite, which is achieved using a thermally stimulated polarization process, largely depends on both the experimental conditions used to prepare crystalline ... -
Recent progress on biodegradable tissue engineering scaffolds prepared by thermally-induced phase separation (TIPS)
(2021-03-28)
Article
Open AccessPorous biodegradable scaffolds provide a physical substrate for cells allowing them to attach, proliferate and guide the formation of new tissues. A variety of techniques have been developed to fabricate tissue engineering ... -
Nanofeatures affect the thermal transitions of polymer thin films: a microcantilever-based investigation
(Royal Society of Chemistry (RSC), 2020)
Article
Open AccessNanotechnology is regarded as a promising tool to advance science for a wide range of applications, ranging from nanomedicine, nanoelectronics, imaging and diagnosis. Whilst the unique surface properties of nanostructured ... -
Green nanocoatings based on the deposition of zirconium oxide: the role of the substrate
(Multidisciplinary Digital Publishing Institute (MDPI), 2021-02-23)
Article
Open AccessHerein, the influence of the substrate in the formation of zirconium oxide monolayer, from an aqueous hexafluorozirconic acid solution, by chemical conversion and by electro-assisted deposition, has been approached. The ... -
Atmospheric pressure plasma liquid assisted deposition of polydopamine/acrylate copolymer on zirconia (Y-TZP) ceramics: a biocompatible and adherent nanofilm
(Royal Society of Chemistry (RSC), 2021-05-11)
Article
Open AccessPolydopamine–ethylene glycol dimethacrylate copolymer is a biocompatible coating with cell adhesion promotion and antibiofilm properties. This copolymer has been successfully applied on metallic implants, such as stainless ... -
Advanced functional hydrogel biomaterials based on dynamic B-O bonds and polysaccharide building blocks
(2020-10-12)
Article
Open AccessDynamic covalent chemistry applied to polymers has attracted significant attention over the past decade. Within this area, this review highlights the recent research on polysaccharide-based hydrogels cross-linked by boronic ... -
Temperature effect on the SARS-CoV-2: A Molecular dynamics study of the spike homotrimeric glycoprotein
(Elsevier, 2021-04)
Article
Open AccessRapid spread of SARS-CoV-2 virus have boosted the need of knowledge about inactivation mechanisms to minimize the impact of COVID-19 pandemic. Recent studies have shown that SARS-CoV-2 virus can be disabled by heating, the ... -
Polymer infiltrated ceramic networks with biocompatible adhesive and 3D-printed highly porous scaffolds
(Elsevier, 2021-03-01)
Article
Restricted access - publisher's policyHerein, for the first time is described the design of a novel porous zirconia scaffolds manufactured by using polymer-infiltrated ceramic network (PICN) and 3D-printing technologies. Cubic geometry of pieces was obtained ... -
Cyclic deformation fatigue behaviour of Ti6Al4V thermochemically nitrided for articular prostheses
(2003)
Article
Open AccessTitanium and its alloys have many attractive properties including high specific strength, low density, and excellent corrosion resistance. Titanium and the Ti6Al4V alloy have long been recognized as materials with high ... -
The effect of dodecylbenzenesulfonic acid molecules on poly(4,4-diphenylether-5,5-dibenzimidazole) films
(Springer Nature, 2020-10-27)
Article
Restricted access - publisher's policyThe main aim of the present work was to approach the effect of the addition of an organic acid dopant, dodecylbenzenesulfonic acid (DBSA), in the preparation of poly(4,4-diphenylether-5,5-dibenzimidazole) (OPBI) films, ... -
Self-healable and eco-friendly hydrogels for flexible supercapacitors
(Wiley (John Wiley & Sons), 2021-03-11)
Article
Restricted access - publisher's policyOne limitation of wearable electronics, and at the same time a challenge, is the lack of energy storage devices with multiple functionalities produced using clean and environmental-friendly strategies. Here, a multifunctional ...
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