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 [443]
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Dataset [3]
Recent Submissions
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Alginate-graft-polyacrylic acid electro-responsive hydrogels: Impact of the conducting polymer and application as hydrogen peroxide sensor
(Elsevier, 2024-10-16)
Article
Restricted access - publisher's policyAiming to advance in the field of soft bioelectronics interfaces, hydrogels obtained from synthetic polyacrilic acid (PAA) grafted to alginate (Alg), Alg-g-PAA, have been rendered electro-responsive by incorporating ... -
From dielectric to electro-responsive thermoplastics: an approach based on electro-thermal reorientation and charged gas activation
(American Chemical Society (ACS), 2024-12-10)
Article
Open AccessThe transition from insulator to electro-responsive has been successfully achieved by earlier studies for some inorganic materials by applying external stimuli that modify their 3D and/or electronic structures. In the case ... -
Green synthesis of urea from carbon dioxide and ammonia catalyzed by ultraporous permanently polarized hydroxyapatite
(2025-02-13)
Article
Restricted access - publisher's policyThe sustainable synthesis of urea from ammonia (NH3) and carbon dioxide (CO2) using ultraporous permanently polarized hydroxyapatite (upp-HAp) as catalyst has been explored as an advantageous CO2-revalorization strategy. ... -
Thermoelectrically polarized amorphous silica promotes sustainable carbon dioxide conversion into valuable chemical products
(Royal Society of Chemistry (RSC), 2024-12-21)
Article
Open AccessElectrically polarized amorphous silica (aSiO2) is demonstrated to be an efficient and viable metal-free heterogeneous catalyst for the conversion of CO2 into valuable chemical products. The catalyst was prepared applying ... -
Boosting the O2-to-H2O2 selectivity using Sn-Doped carbon electrocatalysts: towards highly efficient cathodes for actual water decontamination
(2024-09-09)
Article
Open AccessThe high cost and often complex synthesis procedure of new highly selective electrocatalysts (particularly those based on noble metals) for H2O2 production are daunting obstacles to penetration of this technology into the ... -
Free-standing, flexible and conformable bilayered polymeric nanomembranes modified with gold nanomaterials as electronic skin sensors
(Elsevier, 2025-06)
Article
Restricted access - publisher's policy
Covenantee: Institut de Bioenginyeria de Catalunya / Centro de Investigación Biomédica en Red. Bioingeniería, Biomateriales y NanomedicinaSkin is a barrier that protects us against physical, chemical and biological agents. However, any damage to the skin can disrupt this barrier and therefore compromise its function leading to sometimes catastrophic consequences ... -
Electro-responsive hyaluronic acid-based click-hydrogels for wound healing
(2025-01-15)
Article
Restricted access - publisher's policyWith the aim of healing challenging skin wounds, electro-responsive click-hydrogels made of hyaluronic acid (clickHA) crosslinked with a modified polyethylene glycol precursor (PEG) were prepared by semi-interpenetrating ... -
Insights on the use of biobased hydrogels in electrochemical water treatment
(Elsevier, 2025-04-01)
Article
Open AccessFrom the environmental perspective, it is essential to develop eco-friendly materials for water and wastewater treatment that can be integrated into the most effective technologies till now employed in this field. In this ... -
Combining three-dimensionality and CaP glass-PLA composites: towards an efficient vascularization in bone tissue healing
(Elsevier, 2024-11-01)
Article
Open AccessBone regeneration often fails due to implants/grafts lacking vascular supply, causing necrotic tissue and poor integration. Microsurgical techniques are used to overcome this issue, allowing the graft to anastomose. These ... -
Conducting polymers and thermosensitive hydrogels for green electricity generation
(John Wiley & sons, 2024-12-01)
Article
Open AccessSustainable strategies to generate electricity using natural resources, such as sunlight (photovoltaic cells) and wind (wind towers), have driven a significant change in our homes in terms of electricity consumption. Herein, ... -
CQD-based electrochemical immunosensor for sensitive D-dimer detection in thrombosis and COVID-19
(Elsevier, 2024-12)
Article
Open AccessThrombosis, a leading cause of heart attacks, strokes, and venous thromboembolism (VTE), contributes to 25 % of global deaths. Factors like aging and immobility increase VTE risk. D-dimer (DD), whose elevated levels indicate ... -
Establishing ultraporous permanently polarized hydroxyapatite as a green and highly efficient catalyst for carbon dioxide conversion in continuous flow under mild conditions
(Royal Society of Chemistry (RSC), 2024-08-13)
Article
Open AccessWe present the use of an ultraporous permanently polarized hydroxyapatite (upp-HAp) catalyst for continuous and highly efficient production of formic acid (predominant) and acetic acid using wet CO2 (i.e. CO2 bubbled into ...
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