DESIGN AND PRODUCTION OF MATERIALS AND SYSTEMS FUNCTIONALISED BY 3D PRINTING (Q3146890): Difference between revisions
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CONCEÇÃO E PRODUÇÃO DE MATERIAIS E SISTEMAS FUNCIONALIZADOS | CONCEÇÃO E PRODUÇÃO DE MATERIAIS E SISTEMAS FUNCIONALIZADOS POR IMPRESSÃO 3D | ||||||||||||||
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| Property / contained in Local Administrative Unit: Santiago de Compostela / rank | |||||||||||||||
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| Property / budget: 102,850.0 Euro / rank | |||||||||||||||
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| Property / co-financing rate: 80.0 percent / rank | |||||||||||||||
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| Property / EU contribution: 82,280.0 Euro / rank | |||||||||||||||
| Property / summary: WITHIN THE GENERAL OBJECTIVES OF THE COORDINATED PROJECT THAT INTEND TO PRODUCE MATERIALS AND SYSTEMS FUNCTIONALIZED USING THE TECHNIQUE 3D PRINTING, THIS SUBPROJECT, ENTITLED "DESIGN AND PRODUCTION OF MATERIALS AND SYSTEMS FUNCIONALIZED BY 3D PRINTING: BIOACTIVE IMPLANTS FOR BONE REGENERATION" WILL BE CARRIED OUT IN THREE YEARS BY THE RESEARCH GROUP OF THE INSTITUTE OF CERAMICS OF THE UNIVERSITY OF SANTIAGO DE COMPOSTELA._x000D_ THE SUBPROJECT DEALS WITH A) 3D PRINTING TECHNOLOGY ITSELF; B) THE MANUFACTURE OF THE STRUCTURES OR MONOLITHS CERAMICS, METALCERAMICOS AND OF BIOPRINTING FOR ITS LATER FUNCTIONALIZATION; AND C) EVALUATION OF 3D IMPLANTS BY IN VITRO TECHNIQUES (CELL CULTURES) AND IN VIVO (IMPLANTATION IN NZ RABBITS AND HISTOLOGICAL EVALUATION). THE TASKS ARE COLLECTED WITHIN WORK PACKAGES 2 AND 3 AND ARE, SCHEMATICALLY:_x000D_ WP2.- 3D PRINTING TECHNOLOGY._x000D_ TASK 2.1.- FORMULATION OF CERAMIC AND METAL-CERAMIC INKS (CERMETS)_x000D_ TASK 2.2.- STUDY OF THE PROCESSING OF INKS._x000D_ TASK 2.3.- CHARACTERIZATION OF INKS._x000D_ TASK 2.4.- CAD / CAM DESIGN OF STRUCTURES FOR 3D PRINTING_x000D_ WP3.- MANUFACTURE AND VALIDATION OF IMPLANTS FOR BONE REGENERATION._x000D_ TASK 3.1.- SYNTHESIS AND PROCESSING OF RAW MATERIALS._x000D_ TASK 3.2.- MANUFACTURE OF IMPLANTABLE 3D STRUCTURES._x000D_ TASK 3.3.- BIOPRINTING TESTS._x000D_ TASK 3.4.- VALIDATION OF BEHAVIOR. BIOACTIVITY AND BIOCOMPATIBILITY._x000D_ IN ADDITION, THE SUBPROJECT ALSO DEALS WITH WORK PACKAGE NUMBER 5, WHICH CORRESPONDS TO "TECHNOLOGY TRANSFER"._x000D_ THE SUBPROJECT STAFF CONSISTS OF 3 PROFESSORS, ONE RESEARCHER, AND THREE SUPPORT TECHNICIANS. THERE IS ALSO A DOCTOR INCLUDED IN THE WORK TEAM. (English) / qualifier | |||||||||||||||
readability score: 0.2331478839806796
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NO ÂMBITO DOS OBJECTIVOS GERAIS DO PROJECTO COORDENADO QUE DIZ RESPEITO À PRODUÇÃO DE MATERIAIS E SISTEMAS FUNCIONALIZADOS COM UMA IMPRESSÃO TÉCNICA 3D, O PRESENTE OBJETO, DESTINADO A "DESIGNAÇÃO E PRODUÇÃO DE MATERIAIS E SISTEMAS FUNCIONALIZADOS COM UMA IMPRESSÃO 3D: IMPLANTES BIOATIVOS PARA REGENERAÇÃO BONE" serão REALIZADOS EM TRÊS ANOS PELO GRUPO DE INVESTIGAÇÃO DO INSTITUTO DE CERÂMICA DA UNIVERSIDADE DE SANTIAGO DE COMPOSTELA._x000D_ O SUBPROJETO TRATAMENTO COM A) A Própria TECNOLOGIA DE IMPRESSÃO 3D; b) O fabrico das estruturas ou dos monólitos, dos metalcerâmicos e dos bioprinizadores para a sua posterior funcionalidade; E C) AVALIAÇÃO DE IMPLANTES 3D POR TÉCNICAS IN VITRO (CULTURAS CELULARES) E IN VIVO (IMPLANTAÇÃO EM COELHOS NZ E AVALIAÇÃO HISTOLÓGICA). THE TASKS ARE COLLECTED WITHIN WORK PACKAGES 2 AND 3 AND ARE, SCHEMATICALLY:_x000D_ WP2.- 3D PRINTING TECHNOLOGY._x000D_ TASK 2.1.- FORMULATION OF CERAMIC AND METAL-CERAMIC INKS (CERMETS)_x000D_ TASK 2.2.- STUDY OF THE PROCESSING OF INKS._x000D_ TASK 2.3.- CHARACTERIZATION OF INKS._x000D_ TASK 2.4.- CAD / CAM DESIGN OF STRUCTURES FOR 3D PRINTING_x000D_ WP3.- MANUFACTURE AND VALIDATION OF IMPLANTS FOR BONE REGENERATION._x000D_ TASK 3.1.- SYNTHESIS AND PROCESSING OF RAW MATERIALS._x000D_ TASK 3.2.- MANUFACTURE OF IMPLANTABLE 3D STRUCTURES._x000D_ TASK 3.3.- BIOPRINTING TESTS._x000D_ TASK 3.4.- VALIDATION OF BEHAVIOR. BIOACTIVIDADE E BIOCOMPATIBILIDADE._x000D_ ADICIONALMENTE, O SUBPROJETO TRABALHA TAMBÉM COM O NÚMERO 5 DO PACOTE DE TRABALHO, QUE CORRESPONDE A "TRANSFERÊNCIA DE TECNOLOGIA"._x000D_ O PESSOAL SUBPROJETO É CONSTITUÍDO POR 3 PROFISSIONAIS, UM INVESTIGADOR E TRÊS TÉCNICOS DE APOIO. Há também um médico incluído na equipa de trabalho. (Portuguese) | |||||||||||||||
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| Property / date of last update: 12 June 2023 / rank | |||||||||||||||
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| Property / coordinate location: 42°52'49.51"N, 8°32'45.10"W / rank | |||||||||||||||
| Property / coordinate location: 42°52'49.51"N, 8°32'45.10"W / qualifier | |||||||||||||||
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| Property / coordinate location: 42°52'4.51"N, 8°33'31.57"W / rank | |||||||||||||||
| Property / coordinate location: 42°52'4.51"N, 8°33'31.57"W / qualifier | |||||||||||||||
| Property / contained in NUTS | |||||||||||||||
| Property / contained in NUTS: A Coruña Province / rank | |||||||||||||||
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| Property / postal code: 15706 / rank | |||||||||||||||
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15706 | |||||||||||||||
| Property / postal code: 15706 / rank | |||||||||||||||
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| Property / contained in NUTS: A Coruña Province / rank | |||||||||||||||
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| Property / contained in NUTS: A Coruña Province / qualifier | |||||||||||||||
| Property / contained in Local Administrative Unit | |||||||||||||||
| Property / contained in Local Administrative Unit: Santiago de Compostela / rank | |||||||||||||||
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| Property / contained in Local Administrative Unit: Santiago de Compostela / qualifier | |||||||||||||||
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42°52'5.16"N, 8°33'32.80"W
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| Property / coordinate location: 42°52'5.16"N, 8°33'32.80"W / rank | |||||||||||||||
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| Property / coordinate location: 42°52'5.16"N, 8°33'32.80"W / qualifier | |||||||||||||||
| Property / budget | |||||||||||||||
102,850.0 Euro
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| Property / budget: 102,850.0 Euro / rank | |||||||||||||||
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56,001.82 Euro
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| Property / EU contribution: 56,001.82 Euro / rank | |||||||||||||||
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54.45 percent
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| Property / co-financing rate: 54.45 percent / rank | |||||||||||||||
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20 December 2023
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| Property / date of last update: 20 December 2023 / rank | |||||||||||||||
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Latest revision as of 23:54, 8 October 2024
Project Q3146890 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | DESIGN AND PRODUCTION OF MATERIALS AND SYSTEMS FUNCTIONALISED BY 3D PRINTING |
Project Q3146890 in Spain |
Statements
56,001.82 Euro
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102,850.0 Euro
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54.45 percent
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1 January 2018
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31 December 2020
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UNIVERSIDAD DE SANTIAGO DE COMPOSTELA
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15706
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LOS OBJETIVOS DE ESTE SUBPROYECTO SE INSCRIBEN DENTRO DE LOS OBJETIVOS GENERALES DEL PROYECTO COORDINADO, QUE PRETENDE DISEÑAR, PRODUCIR Y VALIDAR MATERIALES Y SISTEMAS FUNCIONALIZADOS UTILIZANDO LA TECNICA 3D PRINTING. EL SUBPROYECTO, TITULADO ¿DISEÑO Y PRODUCCION DE MATERIALES Y SISTEMAS FUNCIONALIZADOS POR 3D PRINTING: IMPLANTES BIOACTIVOS PARA REGENERACION OSEA¿ SERA REALIZADO EN TRES AÑOS POR EL GRUPO DE INVESTIGACION DEL INSTITUTO DE CERAMICA DE LA UNIVERSIDAD DE SANTIAGO DE COMPOSTELA. _x000D_ EL SUBPROYECTO SE OCUPA DE A) LA TECNOLOGIA 3D PRINTING EN SI MISMA; B) LA FABRICACION DE LAS ESTRUCTURAS O MONOLITOS CERAMICOS, METALCERAMICOS Y DE BIOPRINTING PARA SU POSTERIOR FUNCIONALIZACION; Y C) LA EVALUACION DE LOS IMPLANTES 3D POR TECNICAS ¿IN VITRO¿ (CULTIVOS CELULARES) E ¿IN VIVO¿ (IMPLANTECION EN CONEJOS NZ Y EVALUACION HISTOLOGICA). LAS TAREAS SE RECOGEN DENTRO DE LOS PAQUETES DE TRABAJO 2 Y 3 Y SON, ESQUEMATICAMENTE:_x000D_ WP2.- TECNOLOGIA 3D PRINTING._x000D_ TAREA 2.1.- FORMULACION DE ¿TINTAS¿ CERAMICAS Y METAL-CERAMICAS (CERMETS)_x000D_ TAREA 2.2.- ESTUDIO DEL PROCESAMIENTO DE LAS TINTAS _x000D_ TAREA 2.3.- CARACTERIZACION DE LAS TINTAS_x000D_ TAREA 2.4.- DISEÑO MEDIANTE CAD/CAM DE ESTRUCTURAS PARA 3D PRINTING _x000D_ WP3.- FABRICACION Y VALIDACION DE IMPLANTES PARA REGENERACION OSEA._x000D_ TAREA 3.1.- SINTESIS Y PROCESAMIENTO DE MATERIAS PRIMAS._x000D_ TAREA 3.2.- FABRICACION DE LAS ESTRUCTURAS 3D IMPLANTABLES._x000D_ TAREA 3.3.- ENSAYOS DE BIOPRINTING._x000D_ TAREA 3.4.- VALIDACION DEL COMPORTAMIENTO. BIOACTIVIDAD Y BIOCOMPATIBILIDAD._x000D_ ADICIONALMENTE, EL SUBPROYECTO SE OCUPA TAMBIEN DEL PAQUETE DE TRABAJO NUMERO 5, QUE CORRESPONDE A ¿TRANSFERENCIA DE TECNOLOGIA¿._x000D_ EL PERSONAL DEL SUBPROYECTO ESTA FORMADO POR 3 PROFESORES, UNA INVESTIGADORA CONTRATADA, Y TRES TECNICOS DE APOYO. INTERVIENE TAMBIEN UNA DOCTORA INCLUIDA EN EL EQUIPO DE TRABAJO. (Spanish)
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WITHIN THE GENERAL OBJECTIVES OF THE COORDINATED PROJECT THAT INTEND TO PRODUCE MATERIALS AND SYSTEMS FUNCTIONALIZED USING THE TECHNIQUE 3D PRINTING, THIS SUBPROJECT, ENTITLED "DESIGN AND PRODUCTION OF MATERIALS AND SYSTEMS FUNCIONALIZED BY 3D PRINTING: BIOACTIVE IMPLANTS FOR BONE REGENERATION" WILL BE CARRIED OUT IN THREE YEARS BY THE RESEARCH GROUP OF THE INSTITUTE OF CERAMICS OF THE UNIVERSITY OF SANTIAGO DE COMPOSTELA._x000D_ THE SUBPROJECT DEALS WITH A) 3D PRINTING TECHNOLOGY ITSELF; B) THE MANUFACTURE OF THE STRUCTURES OR MONOLITHS CERAMICS, METALCERAMICOS AND OF BIOPRINTING FOR ITS LATER FUNCTIONALIZATION; AND C) EVALUATION OF 3D IMPLANTS BY IN VITRO TECHNIQUES (CELL CULTURES) AND IN VIVO (IMPLANTATION IN NZ RABBITS AND HISTOLOGICAL EVALUATION). THE TASKS ARE COLLECTED WITHIN WORK PACKAGES 2 AND 3 AND ARE, SCHEMATICALLY:_x000D_ WP2.- 3D PRINTING TECHNOLOGY._x000D_ TASK 2.1.- FORMULATION OF CERAMIC AND METAL-CERAMIC INKS (CERMETS)_x000D_ TASK 2.2.- STUDY OF THE PROCESSING OF INKS._x000D_ TASK 2.3.- CHARACTERIZATION OF INKS._x000D_ TASK 2.4.- CAD / CAM DESIGN OF STRUCTURES FOR 3D PRINTING_x000D_ WP3.- MANUFACTURE AND VALIDATION OF IMPLANTS FOR BONE REGENERATION._x000D_ TASK 3.1.- SYNTHESIS AND PROCESSING OF RAW MATERIALS._x000D_ TASK 3.2.- MANUFACTURE OF IMPLANTABLE 3D STRUCTURES._x000D_ TASK 3.3.- BIOPRINTING TESTS._x000D_ TASK 3.4.- VALIDATION OF BEHAVIOR. BIOACTIVITY AND BIOCOMPATIBILITY._x000D_ IN ADDITION, THE SUBPROJECT ALSO DEALS WITH WORK PACKAGE NUMBER 5, WHICH CORRESPONDS TO "TECHNOLOGY TRANSFER"._x000D_ THE SUBPROJECT STAFF CONSISTS OF 3 PROFESSORS, ONE RESEARCHER, AND THREE SUPPORT TECHNICIANS. THERE IS ALSO A DOCTOR INCLUDED IN THE WORK TEAM. (English)
0.2331478839806796
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LES OBJECTIFS DE CE SOUS-PROJET S’INSCRIVENT DANS LES OBJECTIFS GÉNÉRAUX DU PROJET COORDONNÉ, QUI VISE À CONCEVOIR, PRODUIRE ET VALIDER DES MATÉRIAUX ET DES SYSTÈMES FONCTIONNELS À L’AIDE DE LA TECHNIQUE D’IMPRESSION 3D. LE SOUS-PROJET, INTITULÉ CONCEPTION ET PRODUCTION DE MATÉRIAUX ET DE SYSTÈMES FONCTIONNELS PAR IMPRESSION 3D: IMPLANTS BIOACTIFS POUR LA RÉGÉNÉRATION QUI ONT ÉTÉ RÉALISÉS EN TROIS ANS PAR LE GROUPE DE RECHERCHE DE L’INSTITUT DE CÉRAMIQUE DE L’UNIVERSITÉ DE SAINT-JACQUES DE COMPOSTELLE. _x000D_ le sous-projet est réalisé par une) TECHNOLOGIE D’INTERMINATION 3D EN MÊME; B) LA FABRICATION DE STRUCTURES CÉRAMIQUES OU MONOLYTES, MÉTALCERAMICOS ET LA BIOIMPRESSION POUR LEUR FUNCIONALISATION ULTÉRIEURE; ET C) L’ÉVALUATION DES IMPLANTS 3D PAR DES TECHNIQUES IN VITRO (CULTURE CELLULAIRE) ET IN VIVO (IMPLANTECION CHEZ LES LAPINS NZ ET ÉVALUATION HISTOLOGIQUE). Les taux sont collectés à partir des modules de travail 2 et 3 et sont schématiquesment:_x000D_ WP2.- TECHNOLOGIE 3D PRINTING._x000D_ TAREA 2.1.- FORMULATION DES TINTASCRAME ET METAL-Ceramicas (CERMETS)_x000D_ TAREA 2.2. description des TINTS _x000D_ TAREA 2.3.- CHARACTERISATION OF TINTAS_x000D_ TAREA 2.4.- Médiante DESIGN CAD/CAM de 3D PRINTING STRUCTURES _x000D_ WP3.- FABRICATION ET Validation des IMPLANTS POUR L’ENREGÉRATION DE L’OSE._x000D_ TAREA 3.1.- SINTESIS ET PROCESSATION DES PRIMAS MATERIAS._x000D_TAREA 3.2.- FABRICATION DES STRUCTURES 3D IMPLANTABLES._x000D_ TAREA 3.3.- bioimpression SAYS._x000D_ TAREA 3.4.- Validation du RAPPORT. Bioactivité ET BIOCOMPATIBILITÉ._x000D_ ADDITIONALLEMENT, le sous-projet est couvert par le PACKAGE DE TRAVAIL DE TRAVAIL NUMERO 5 POUR LA TRANSFÉRENCE TECHNOLOGIE._x000D_Le PERSONNEL DU sous-projet est formé par 3 PROFESSIONERS, un chercheur sous contrat, et trois techniciens de soutien. UN MÉDECIN INCLUS DANS L’ÉQUIPE DE TRAVAIL EST ÉGALEMENT IMPLIQUÉ. (French)
2 December 2021
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DIE ZIELE DIESES TEILPROJEKTS FALLEN UNTER DIE ALLGEMEINEN ZIELE DES KOORDINIERTEN PROJEKTS, DAS DARAUF ABZIELT, FUNKTIONALISIERTE MATERIALIEN UND SYSTEME MIT HILFE DER 3D-DRUCKTECHNIK ZU KONZIPIEREN, HERZUSTELLEN UND ZU VALIDIEREN. DAS TEILPROJEKT MIT DEM TITEL DESIGN UND PRODUKTION VON MATERIALIEN UND SYSTEMEN, DIE DURCH 3D-DRUCK FUNKTIONALISIERT WERDEN: BIOAKTIVE IMPLANTATE ZUR REGENERATION, DIE IN DREI JAHREN VON DER FORSCHUNGSGRUPPE DES INSTITUTS FÜR KERAMIK DER UNIVERSITÄT SANTIAGO DE COMPOSTELA DURCHGEFÜHRT WURDEN. _x000D_ das Teilprojekt wird von a) 3D PRINTING TECHNOLOGIE IN DER SAME durchgeführt; B) DIE HERSTELLUNG VON KERAMISCHEN STRUKTUREN ODER MONOLYTES, METALCERAMICOS UND BIOPRINTING FÜR IHRE ANSCHLIESSENDE FUNCIONALISATION; UND C) DIE BEWERTUNG VON 3D-IMPLANTATEN DURCH TECHNIKEN IN VITRO (ZELLKULTUR) UND IN VIVO (IMPLANTECION BEI NZ-KANINCHEN UND HISTOLOGISCHE BEWERTUNG). Die Preise werden aus Arbeitspaketen 2 und 3 erhoben und sind schematisch:_x000D_ WP2.- TECHNOLOGY 3D PRINTING._x000D_ TAREA 2.1.- FORMULATION DES TINTASCRAME UND METAL-Ceramicas (CERMETS)_x000D_ TAREA 2.2. Beschreibung DER TINTS _x000D_ TAREA 2.3.- CHARACTERISATION von TINTAS_x000D_ TAREA 2.4.- mediant DESIGN CAD/CAM von 3D PRINTING STRUCTURES _x000D_ WP3.- FABRICATION UND Validierung von IMPLANTS FÜR OSEA REGENERATION._x000D_ TAREA 3.1.- SINTESIS UND PROCESSING PRIMAS MATERIAS._x000D_ TAREA 3.2.- SINTESIS UND PROCESSING PRIMAS MATERIAS._x000D_ TAREA 3.2.- FABRICATION OF IMPLANTABLE 3D STRUCTURES._x000D_ TAREA 3.3.- Bioprinting SAYS._x000D_ TAREA 3.4.- REPORT Validation. Bioaktivität UND BIOCOMPATIBILITÄT._x000D_ ADDITIONALLY, das Teilprojekt wird durch das NUMERO 5 WORK Packeting PACKAGE TO TECHNOLOGY TRANSFERENCE abgedeckt._x000D_ Die PERSONAL DES Teilprojekts wird von 3 PROFESSIONERS, einem beauftragten Forscher, und drei Technikern der Unterstützung gebildet. AUCH EIN ARZT, DER IN DAS ARBEITSTEAM EINBEZOGEN IST, IST BETEILIGT. (German)
9 December 2021
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DE DOELSTELLINGEN VAN DIT SUBPROJECT VALLEN ONDER DE ALGEMENE DOELSTELLINGEN VAN HET GECOÖRDINEERDE PROJECT, DAT GERICHT IS OP HET ONTWERPEN, PRODUCEREN EN VALIDEREN VAN FUNCTIONELE MATERIALEN EN SYSTEMEN MET BEHULP VAN DE 3D-PRINTTECHNIEK. HET SUBPROJECT, GETITELD ONTWERP EN PRODUCTIE VAN MATERIALEN EN SYSTEMEN GEFUNCTIONALISEERD DOOR 3D-PRINTEN: BIOACTIEVE IMPLANTATEN VOOR REGENERATIE DIE IN DRIE JAAR TIJD WERDEN UITGEVOERD DOOR DE ONDERZOEKSGROEP VAN HET INSTITUUT VOOR KERAMIEK VAN DE UNIVERSITEIT VAN SANTIAGO DE COMPOSTELA. _x000D_ het subproject wordt uitgevoerd door a) 3D PRINTING TECHNOLOGIE IN DE SAME; B) DE VERVAARDIGING VAN KERAMISCHE CONSTRUCTIES OF MONOLYTES, METALCERAMICOS EN BIOPRINTING VOOR DE DAAROP VOLGENDE FUNCIONALISATIE; EN C) DE EVALUATIE VAN 3D-IMPLANTATEN DOOR TECHNIEKEN IN VITRO (CELCULTUUR) EN IN VIVO (IMPLANTECION BIJ NZ-KONIJNEN EN HISTOLOGIC EVALUATIE). Tarieven worden verzameld uit werkpakketten 2 en 3 en zijn schematisch:_x000D_ WP2.- TECHNOLOGIE 3D PRINTING._x000D_ TAREA 2.1.- FORMULATIE VAN TINTASCRAME EN METAL-Ceramicas (CERMETS)_x000D_ TAREA 2.2. beschrijving VAN TINTS _x000D_ TAREA 2.3.- CHARACTERISATIE VAN TINTAS_x000D_ TAREA 2.4.- mediant DESIGN CAD/CAM van 3D PRINTING STRUCTURES _x000D_ WP3.- FABRICATIE EN PROCESSING VAN IMPLANTEN VOOR OSEA REGENERATION._x000D_ TAREA 3.1.- SINTESIS EN PROCESSING PRIMAS MATERIAS._x000D_ TAREA 3.2.- FABRICATIE VAN IMPLANTABLE 3D STRUCTURES._000D_ TAREA 3.3.- bioprinting SAYS._x000D_ TAREA 3.4.- Verslagvalidatie. Bioactiviteit EN BIOCOMPATIBILITY._x000D_ ADDITIONALLY, het subproject valt onder het NUMERO 5 WORK-pakket voor TECHNOLOGIE TRANSFERENCE._x000D_ THE PERSONAL OF THE subproject wordt gevormd door 3 PROFESSIONERS, een gecontracteerde onderzoeker, en drie technici van ondersteuning. ER IS OOK EEN ARTS BETROKKEN BIJ HET WERKTEAM. (Dutch)
17 December 2021
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GLI OBIETTIVI DI QUESTO SOTTOPROGETTO RIENTRANO NEGLI OBIETTIVI GENERALI DEL PROGETTO COORDINATO, CHE MIRA A PROGETTARE, PRODURRE E CONVALIDARE MATERIALI E SISTEMI FUNZIONALIZZATI UTILIZZANDO LA TECNICA DI STAMPA 3D. IL SOTTOPROGETTO, INTITOLATO PROGETTAZIONE E PRODUZIONE DI MATERIALI E SISTEMI FUNZIONALIZZATI DALLA STAMPA 3D: IMPIANTI BIOATTIVI PER LA RIGENERAZIONE REALIZZATI IN TRE ANNI DAL GRUPPO DI RICERCA DELL'ISTITUTO DI CERAMICA DELL'UNIVERSITÀ DI SANTIAGO DE COMPOSTELA. _x000D_ il sottoprogetto è realizzato da a) TECNOLOGIA DI PRINTING 3D nello stesso modo; B) LA FABBRICAZIONE DI STRUTTURE CERAMICHE O MONOLYTES, METALCERAMICOS E BIOSTAMPA PER LA LORO SUCCESSIVA FUNCIONALIZZAZIONE; E C) LA VALUTAZIONE DEGLI IMPIANTI 3D MEDIANTE TECNICHE IN VITRO (CULTURA CELLULARE) E IN VIVO (IMPLANTECION NEI CONIGLI NZ E VALUTAZIONE ISTOLOGICA). Le tariffe sono raccolte dai pacchetti di lavoro 2 e 3 e sono schematicamente:_x000D_ WP2.- TECHNOLOGY 3D PRINTING._x000D_ TAREA 2.1.- FORMULATION OF TINTASCRAME AND METAL-Ceramicas (CERMETS)_x000D_ TAREA 2.2. Descrizione dei TINTS _x000D_ TAREA 2.3.- CARATTERIAZIONE DI TINTAS_x000D_ TAREA 2.4.- Mediante DESIGN CAD/CAM di STRUTTURE DI PRINTING 3D _x000D_ WP3.- FABRICAZIONE E Validazione di IMPLANTI PER REGENERAZIONE OSEA._x000D_ TAREA 3.1.- SINTESIS E PROCESSING PRIMAS MATERIAS._x000D_ TAREA 3.2.- FABRICAZIONE DI STRUTTURE 3D IMPLANTABILI._x000D_ TAREA 3.3.- biostampa SAYS._x000D_ TAREA 3.4.- Validazione RELAZIONE. Bioattività E BIOCOMATIBILITÀ._x000D_ ADDITIONY, il sottoprogetto è coperto dal NUMERO 5 WORKING PACKAGE TO TECHNOLOGY TRANSFERENCE._x000D_ Il PERSONALE DEL sottoprogetto è formato da 3 PROFESSIONARI, un ricercatore incaricato e tre tecnici di supporto. È COINVOLTO ANCHE UN MEDICO INCLUSO NEL GRUPPO DI LAVORO. (Italian)
16 January 2022
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KOORDINEERITUD PROJEKTI ÜLDEESMÄRKIDE RAAMES, MILLE EESMÄRK ON TOOTA 3D-PRINTIMISE TEHNIKA ABIL TOIMIVAID MATERJALE JA SÜSTEEME, ON SEE ALLPROJEKT PEALKIRJAGA "MATERJALIDE JA SÜSTEEMIDE KAVANDAMINE JA TOOTMINE 3D-PRINTIMISE ABIL: Bioaktiivsed IMPLANTS FOR BONE REGENERATION" SANTIAGO DE COMPOSTELA._x000D_x000D_ allprojekt DE SANTIAGO DE COMPOSTELA._x000D_ alaprojekt DE SANTIAGO DE COMPOSTELA TEHNOLOOGIA TEHNOLOOGIA TEHNOLOOGIA TEHNOLOOGIA TEHNOLOOGIA TEHNOLOOGIA TEHNOLOOGIA TEHNOLOOGIA TEHNOLOOGIA TEHNOLOOGITSE TEHNOLOOGIA TEADERIME TEADUSTE TEHNOLOOGIA TEADERITE TEADUSTE TEHNOLOOGU TEADUSTE TEADUSTE TEADUSTE TEADES A B) TARINDITE VÕI MONOLIITIDE KERAAMIKA, METALCERAMICOSE JA BIOPRINTIMISE TOOTMINE NENDE HILISEMAKS FUNKTSIONEERIMISEKS; JA C) 3D IMPLANTAATIDE HINDAMINE IN VITRO MEETODITEGA (RAKUKULTUURID) JA IN VIVO (IMPLANTEERIMINE NZ KÜÜLIKUTEL JA HISTOLOOGILINE HINDAMINE). TÄHELEPANU TÄHELEPANU TÄHELEPANU TÄHELEPANU VÕTNUD 2 JA 3 JA KOHUSTUSLIK, skemaatiliselt:_x000D_ WP2.- 3D TECHNOLOGY._x000D_ TASK 2.1.- CERAMIC JA METAL-CERAMIC INKS (CERMETS)_x000D_ TASK 2.2.- TOSK 2.2.- STUDY OF PROCESSING INKS._x000D_ TASK 2.3.- INKS._x000D_ TASK 2.4.- CAD/CAM STRUCTURESE DESIGN FOR 3D PRINTING_x000D_ WP3.- MANUFACTURE ja VALIDATION BONE REGENERATION._x000D_ TASK 3.1.- SYNTHESIS JA PROCESSING RAW MATERIALSID._x000D_ TASK 3.2.- MANUFACTURE IMPLANTABLE 3D STRUCTURES._x000D_ TASK 3.3.- biotrükk TESTS._x000D_ TASK 3.4.- BEHAVIORi VALIDATION. Bioaktiivsus JA BIOCOMPATIBILITY._x000D_ ADDITION, the subproject ALSO DEALS WITH WORKALS PUMBER 5, VALGE CORRESPONDS TO „TECHNOLOGY TRANSFER“._x000D_ the subproject STAFF CONSISTS OF 3 PROFESSORS, ONE RESEARCHER, JA THREE SUPPORT TECHNICIANS. TÖÖMEESKONNAS ON KA ARST. (Estonian)
4 August 2022
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PAGAL KOORDINUOTO PROJEKTO, KURIUO SIEKIAMA GAMINTI MEDŽIAGAS IR SISTEMAS, VEIKIANČIAS NAUDOJANT 3D SPAUSDINIMO TECHNIKĄ, BENDRUOSIUS TIKSLUS, ŠIS PAPROJEKTIS PAVADINTAS "MEDŽIAGŲ IR SISTEMŲ PROJEKTAVIMAS IR GAMYBA 3D SPAUSDINIMO BŪDU: Bioaktyvūs SANTIAGO DE COMPOSTELA KREIPIMO ĮGYVENDINIMO ĮGYVENDINIMO VEIKSMAI" BŪTI PRIEŽIŪROS SANTIAGO DE COMPOSTELA._x000D_ subprojektas DĖL A) 3D TECHNOLOGIJOS ITSELF KONTROLĖS INSTITUCIJOS INSTITUCIJOS GRUPĖS; B) KONSTRUKCIJŲ ARBA MONOLITINĖS KERAMIKOS, METALCERAMICOS IR BIOSPAUDŲ GAMYBA SIEKIANT VĖLIAU JĄ FUNKCIONALIZUOTI; IR C) 3D IMPLANTŲ ĮVERTINIMAS IN VITRO (LĄSTELIŲ KULTŪROS) IR IN VIVO (IMPLANTACIJA NZ TRIUŠIAMS IR HISTOLOGINIS VERTINIMAS). TASKS ARE COLLECTED SU DARBO PAKUOTĖS 2 IR 3 IR ARE, schematiškai:_x000D_ WP2.- 3D PRINTING TECHNOLOGIJA._x000D_ TASK 2.1.- FORMULATION OF CERAMIC IR METAL-CERAMIC INKS (CERMETS)_x000D_ TASK 2.2.- STUDYY OF THE PROCESSING OF INKS._x000D_ TASK 2.3.- KARAKTERIAVIMAS INKS._x000D_ TASK 2.4.- CAD/CAM DESIGN OF STRUCTURES FOR 3D PRINTING_x000D_ WP3.- MANUFACTURE IR VALIDIMAS BONE REGENERACIJA._x000D_ TASK 3.1.- SYNTHESIS IR PROCESAVIMAS RAW MATERIALS._x000D_ TASK 3.2.- MANUFACTURE 3D STRUCTURES._x000D_ TASK 3.3.- bioprinting TESTS._x000D_ TASK 3.4.- BEHAVIOR VALDYMAS. Bioaktyvumas IR BIOCOMPATIBILIJA._x000D_ IN ADDITION, paprojektis ALSO DEALS SU DARBO PACKAGE NUMBER 5, KURIUOS KONTROLĖ „TECHNOLOGIJOS TRANSFER“._x000D_ 3 PROJEKTŲ PATVIRTINIMAS, ONE RESEARCHER ir THREE PRIEŽIŪROS TECHNIKA. DARBO GRUPĖJE TAIP PAT YRA GYDYTOJAS. (Lithuanian)
4 August 2022
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U OKVIRU OPĆIH CILJEVA KOORDINIRANOG PROJEKTA ČIJI JE CILJ PROIZVODNJA MATERIJALA I SUSTAVA FUNKCIONALIZIRANIH TEHNIKOM 3D ISPISA, OVAJ PODPROJEKT POD NAZIVOM "DIZAJN I PROIZVODNJA MATERIJALA I SUSTAVA FUNCIONALISED 3D PRINTANJEM: Bioaktivni IMPLANti za BONE REGENERATION" Će biti CARRIED OUT U TREĆU GODINE GRUPA INSTITUTA CERAMICS of the UNIVERSITY OF SANTIAGO DE COMPOSTELA._x000D_ Potprojekt DALS s A) 3D PRINTING TECHNOLOGY ITSELF; B) PROIZVODNJA KONSTRUKCIJA ILI MONOLITNE KERAMIKE, METALCERAMICOS I BIOTISKA ZA KASNIJU FUNKCIONALIZACIJU; I C) PROCJENA 3D IMPLANTATA IN VITRO TEHNIKAMA (STANIČNE KULTURE) I IN VIVO (IMPLANTACIJA KOD KUNIĆA NZ I HISTOLOŠKA PROCJENA). TASKS ARE COLLECTED sa WORK PACKAGES 2 I 3 I ARE, shematski:_x000D_ WP2.- 3D PRINTING TECHNOLOGY._x000D_ TASK 2.1.- FORMULATION of CERAMIC I METAL-CERAMIC INKS (CERMETS)_x000D_ TASK 2.2.- STUDIJA PROCJENE INKS._x000D_ TASK 2.3.- CHARACTERISATION of INKS._x000D_ TASK 2.4.- CAD/CAM DESIGN STRUCTURE za 3D PRINTING_x000D_ WP3.- MANUFACTURE I VALIDACIJA IZVJEŠĆA za BONE REGENERATION._x000D_ TASK 3.1.- SYNTHESIS I PROCESSING RAW MATERIALS._x000D_ TASK 3.2.- MANUFACTURE OF IMPLANTABLE 3D STRUCTURES._x000D_ TASK 3.3.- Bioprinting TESTS._x000D_ TASK 3.4.- VALIDACIJA BEHAVIORA. Bioaktivnost I BIOCOMPATIBILITY._x000D_ U Dodatku, Potprojekt ALSO DEALS S WORK PACKAGE NUMBER 5, KOJE KORIŠTENJE „TEHNOLOGY TRANSFER”._x000D_ Potprojekt STAFF KONSISti 3 PROFESSORS, ONE RESEARCHER, I THREE SUPPORT TECHNICICI. TU JE I LIJEČNIK UKLJUČEN U RADNI TIM. (Croatian)
4 August 2022
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ΣΤΟ ΠΛΑΊΣΙΟ ΤΩΝ ΓΕΝΙΚΏΝ ΣΤΌΧΩΝ ΤΟΥ ΣΥΝΤΟΝΙΣΜΈΝΟΥ ΈΡΓΟΥ ΠΟΥ ΑΠΟΣΚΟΠΕΊ ΣΤΗΝ ΠΑΡΑΓΩΓΉ ΥΛΙΚΏΝ ΚΑΙ ΣΥΣΤΗΜΆΤΩΝ ΠΟΥ ΛΕΙΤΟΥΡΓΟΎΝ ΜΕ ΤΗΝ ΤΕΧΝΙΚΉ ΤΗΣ ΤΡΙΣΔΙΆΣΤΑΤΗΣ ΕΚΤΎΠΩΣΗΣ, ΤΟ ΕΝ ΛΌΓΩ ΥΠΟΈΡΓΟ, ΜΕ ΤΊΤΛΟ "ΜΕΛΈΤΗ ΚΑΙ ΠΑΡΑΓΩΓΉ ΥΛΙΚΏΝ ΚΑΙ ΣΥΣΤΗΜΆΤΩΝ ΧΡΗΣΙΜΟΠΟΙΗΜΕΝΟ ΜΕ ΤΡΙΣΔΙΆΣΤΑΤΗ ΕΚΤΎΠΩΣΗ: Βιοδραστικά σχέδια για την αποκατάσταση της ισορροπίας" θα εκδοθούν σε τρία χρόνια από την ομάδα ΕΡΕΥΝΗΤΩΝ ΤΗΣ ΙΝΣΤΙΤΟΥΤΟΥ ΤΩΝ ΡΑΜΙΣΜΙΚΩΝ ΤΗΣ UNIVERSITY OF SANTIAGO DE COMPOSTELA._x000D_The subproject DEALS WITH A) 3D PRINTING TECHNOLOGY ITSELF· Β) ΤΗΝ ΚΑΤΑΣΚΕΥΉ ΤΩΝ ΚΑΤΑΣΚΕΥΏΝ Ή ΤΩΝ ΜΟΝΟΛΙΘΙΚΏΝ ΚΕΡΑΜΙΚΏΝ, METALCERAMICOS ΚΑΙ ΤΗΣ ΒΙΟΕΚΤΎΠΩΣΗΣ ΓΙΑ ΤΗ ΜΕΤΈΠΕΙΤΑ ΛΕΙΤΟΥΡΓΙΚΌΤΗΤΆ ΤΗΣ. ΚΑΙ Γ) ΑΞΙΟΛΌΓΗΣΗ ΤΩΝ ΤΡΙΣΔΙΆΣΤΑΤΩΝ ΕΜΦΥΤΕΥΜΆΤΩΝ ΜΕ ΤΕΧΝΙΚΈΣ IN VITRO (ΚΑΛΛΙΈΡΓΕΙΕΣ ΚΥΤΤΆΡΩΝ) ΚΑΙ IN VIVO (ΕΜΦΎΤΕΥΣΗ ΣΕ ΚΟΥΝΈΛΙΑ ΝΖ ΚΑΙ ΙΣΤΟΛΟΓΙΚΉ ΑΞΙΟΛΌΓΗΣΗ). Τα TASKS ΣΥΛΛΟΓΑΝΤΑΙ ΜΕ ΣΥΣΚΕΥΑΣΙΑ ΕΡΓΑΣΙΑΣ 2 ΚΑΙ 3 ΚΑΙ ΘΕΜΑΤΑ, σχηματικά:_x000D_ WP2.- 3D PRINTING TECHNOLOGY._x000D_ TASK 2.1.- ΤΥΠΟΠΟΙΗΣΗ ΚΕΡΑΜΙΚΩΝ ΚΑΙ ΜΕΤΑΛΛΙΚΩΝ ΙΝΤΕΡΜΙΚΩΝ (CERMETS)_x000D_ TASK 2.2.- ΜΕΛΕΤΗ ΔΙΑΔΙΚΑΣΙΑΣ ΙΝΚ._x000D_ TASK 2.3.- ΧΑΡΑΚΤΗΡΙΣΣΗ ΙΝΚΩΝ._x000D_ TASK 2.4.- CAD/CAM DESIGN OF STRUCTURES FOR 3D PRINTING_x000D_ WP3.- MANUFACTURE and VALIDATION OF IMPLANTS FOR BONE REGENERATION._x000D_ TASK 3.1.- SYNTHESIS and PROCESSING OF RAW MATERIALS._x000D_ TASK 3.2.- ΔΙΑΧΕΙΡΙΣΗ ΜΠΛΑΝΤΙΚΩΝ τρισδιάστατων ΔΙΑΡΘΡΩΣΕΩΝ._x000D_ TASK 3.3.- ΔΟΚΙΜΕΣ ΒΙΟεκτύπωσης._x000D_ TASK 3.4.- ΑΞΙΟΛΟΓΗΣΗ ΤΗΣ ΟΙΚΟΝΟΜΙΑΣ. ΒΙΟδραστικότητα ΚΑΙ ΒΙΟΣΥΜΒΑΛΛΙΑ._x000D_ ΣΕ ΠΡΟΣΘΗΚΗ, ΤΟ υποέργο ΕΠΙΣΗΣ ΜΕ ΤΟ ΑΡΙΘΜΟ ΕΡΓΑΣΙΑΣ 5, ΟΠΟΙΕΣ ΑΠΟΤΕΛΕΣΜΑΤΟΠΟΙΟΥΝΤΑΙ ΣΤΗ «ΤΕΧΝΟΛΟΓΙΚΗ ΜΕΤΑΦΟΡΑ»._x000D_ Το υποέργο STAFF CONSISTS OF 3 PROFESSORS, ONE RESEARCHER, ΚΑΙ THREE SUPPORT TECHNICIANS. ΥΠΆΡΧΕΙ ΕΠΊΣΗΣ ΈΝΑΣ ΓΙΑΤΡΌΣ ΠΟΥ ΠΕΡΙΛΑΜΒΆΝΕΤΑΙ ΣΤΗΝ ΟΜΆΔΑ ΕΡΓΑΣΊΑΣ. (Greek)
4 August 2022
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V RÁMCI VŠEOBECNÝCH CIEĽOV KOORDINOVANÉHO PROJEKTU, KTORÝ MÁ V ÚMYSLE VYRÁBAŤ MATERIÁLY A SYSTÉMY FUNKCIONALIZOVANÉ TECHNIKOU 3D TLAČE, TENTO ČIASTKOVÝ PROJEKT S NÁZVOM "NÁVRH A VÝROBA MATERIÁLOV A SYSTÉMOV FUNCIONALISED 3D TLAČE: Bioaktívne ZARIADENIE NA BONE REGENERÁCIE" by sa mali starať o to, aby sa v nich robila skupina RESEARCH INŠTITÚTY CERAMICKOV SANTIAGO DE COMPOSTELA._x000D_ podprojektové návrhy s A) 3D PRINOVANIE TECHNOLOGIE; B) VÝROBA KONŠTRUKCIÍ ALEBO MONOLITOV KERAMIKY, METALCERAMICOS A BIOTLAČE PRE ICH NESKORŠIU FUNKCIONALIZÁCIU; A C) VYHODNOTENIE 3D IMPLANTÁTOV POMOCOU TECHNÍK IN VITRO (BUNKOVÉ KULTÚRY) A IN VIVO (IMPLANTÁCIA U NZ KRÁLIKOV A HISTOLOGICKÉ HODNOTENIE). TASKS sú KOLEKTOVANÉ s pracovnými krytmi 2 a 3 A sú schematicky:_x000D_ WP2.- 3D PRINING TECHNOLOGY._x000D_ TASK 2.1.- FORMULÁCIA CERAMICKÝCH A METAL-CERAMICKÝCH INKS (CERMETS)_x000D_ TASK 2.2.- ŠTUDIA SPRACOVANIA INKS._x000D_ TASK 2.3.- CHARACTERISATION OF INKS._x000D_ TASK 2.4.- CAD/CAM DESIGN STRUCTURES FOR 3D PRINTING_x000D_ WP3.- MANUFACTURE and VALIDATION OF IMPLANTS FOR BONE REGENERATION._x000D_ TASK 3.1.- SYNTHESIS AND PROCESSING OF RAW MATERIALS._x000D_ TASK 3.2.- MANUFACTURE IMPLANTABLE 3D STRUCTURES._x000D_ TASK 3.3.- biotlač TESTS._x000D_ TASK 3.4.- VALIDÁCIA BEHAVIORU. Bioaktivita A BIOCOMPATIBILITIBILITY._x000D_ V dodatku, tento čiastkový projekt KONŠTATUJE PRACOVNÝ ÚDAJ č. 5, KTORÉ ZÁKLADY NA „TECHNOLOGY TRANSFER“._x000D_ Subproject STAFF CONSISTS OF 3 PROFESSORS, JEDEN RESEARCHER, A THREE SUPPORT TECHNICIANS. SÚČASŤOU PRACOVNÉHO TÍMU JE AJ LEKÁR. (Slovak)
4 August 2022
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OSANA KOORDINOITUA HANKETTA, JONKA TARKOITUKSENA ON TUOTTAA MATERIAALEJA JA JÄRJESTELMIÄ, JOTKA ON TOIMINNALLINEN 3D-TULOSTUSTEKNIIKALLA, TÄMÄ OSAHANKE, JONKA OTSIKKONA ON ”MATERIAALIEN JA JÄRJESTELMIEN SUUNNITTELU JA TUOTANTO 3D-TULOSTUKSELLA: BONE REGENERATION” TÄYTÄNTÖÖNPANOPÄÄTÖS TÄMÄN TÄYTÄNTÖÖNPANOPÄÄTÖKSEN SANTIAGO DE COMPOSTELAn UNIVERSITYIN CERAMIIDEN TURVALLISUUDEN TURVALLISUUDELLISET TEKHNOLOGIA ITSELFIN TEKNOLOGIA KÄYTTÖJÄRJESTELMÄN TURVALLISUUDEN TURVALLISUUDELLA; B) RAKENTEIDEN TAI MONOLIITTIKERAMIIKAN, METALCERAMICOSIN JA BIOTULOSTUKSEN VALMISTUS SEN MYÖHEMPÄÄ TOIMINNALLISTAMISTA VARTEN; JA C) 3D-IMPLANTTIEN ARVIOINTI IN VITRO -MENETELMILLÄ (SOLUVILJELMÄT) JA IN VIVO (IMPLANTAATIO NZ-KANIINEILLA JA HISTOLOGINEN ARVIOINTI). TEHTÄVÄT VALMISTUKSET 2 JA 3 JA ARE, kaavamaisesti:_x000D_ WP2.- 3D PRINTING TECHNOLOGY._x000D_ TASK 2.1.- KERAMINEN JA METAL-CERAMIC INK (CERMETS)_x000D_ TASK 2.2.- SUOSITUS INKS._x000D_ TASK 2.3.- TASK._x000D_ TASK 2.4.- CAD/CAM DESIGN OF STRUCTURES FOR 3D PRINTING_x000D_ WP3.- MANUFACTURE JA VALIDATION OF IMPLANTS FOR BONE REGENERATION._x000D_ TASK 3.1.- SYNTHESIS JA PROCESSING RAW MATERIALS._x000D__ TASK 3.2.- MANUFACTURE IMPLANTABLE 3D STRUCTURES._x000D_ TASK 3.3.- biotulostus TESTS._x000D_ TASK 3.4.- VALIDATION OF BEHAVIOR. Bioaktiivisuus JA BIOCOMPATIBILITY._x000D_ IN ADDITION, osahanke ALSO DEALS WORK PACKAGE NUMBER 5, JOTKA KOHTEE ”TECHNOLOGY TRANSFER”._x000D_ Alahanke STAFF CONSISTS 3 PROFESSORS, ONE RESEARCHER, JA TÄMÄN SUPPORT TECHNICIANS. TYÖRYHMÄÄN KUULUU MYÖS LÄÄKÄRI. (Finnish)
4 August 2022
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W RAMACH OGÓLNYCH CELÓW SKOORDYNOWANEGO PROJEKTU, KTÓREGO CELEM JEST PRODUKCJA MATERIAŁÓW I SYSTEMÓW FUNKCJONALIZOWANYCH TECHNIKĄ DRUKU 3D, NINIEJSZY PODPROJEKT, ZATYTUŁOWANY "PROJEKTOWANIE I PRODUKCJA MATERIAŁÓW I SYSTEMÓW FUNCIONALISED PRZEZ DRUK 3D: Bioactive IMPLANTS FOR BONE REGENERATION "Będą wspierane w ciągu roku przez grupę RESEARCH INSTITUTE CERAMICS UNIVERSITY OF SANTIAGO DE COMPOSTELA._x000D_ Podprojekty z A) 3D PRINTING TECHNOLOGY ITSELF; B) PRODUKCJI KONSTRUKCJI LUB MONOLITÓW CERAMICZNYCH, METALCERAMICOS I BIODRUKU W CELU JEGO PÓŹNIEJSZEJ FUNKCJONALNOŚCI; ORAZ C) OCENA IMPLANTÓW 3D ZA POMOCĄ TECHNIK IN VITRO (KULTUR KOMÓRKOWYCH) I IN VIVO (IMPLANTACJA U KRÓLIKÓW NZ I OCENA HISTOLOGICZNA). TASKS ARE COLLECTED WITHIN WORK PACKAGES 2 AND 3 AND ARE, schematycznie:_x000D_ WP2.- 3D PRINTING TECHNOLOGY._x000D_ TASK 2.1.- FORMULACJA CERAMIC AND METAL-CERAMIC INKS (CERMETS)_x000D_ TASK 2.2.- STUDY PROCESOWANIA INKS._x000D_ TASK 2.3.- CHARACTERISATION OF INKS._x000D_ TASK 2.4.- CAD/CAM DESIGN OF STRUCTURES FOR 3D PRINTING_x000D_ WP3.- MANUFACTURE AND VALIDATION OF IMPLANTS FOR BONE REGENERATION._x000D_ TASK 3.1.- SYNTHESIS AND PROCESING OF RAW MATERIAŁ._x000D_ TASK 3.2.- MANUFACTURE o STRUKTURY 3D IMPLANTABLE._x000D_ TASK 3.3.- Bioprinting TESTS._x000D_ TASK 3.4.- Walidacja BEHAVIOR. Bioaktywność I BIOCOMPATIBILITY._x000D_ W DODATKOWAniu, Podprojekt ALSO DEALS Z NUMER 5 PAKOWANIA PRAC, UWZGLĘDNIAJĄCYCH KORESPOND DO „TECHNOLOGII TRANSFER”._x000D_ Podprojekt STAFF CONSISTS 3 PROFESORÓW, JEDNO RESEARCHER, I THREE SUPPORT TECHNICZNE. W ZESPOLE ROBOCZYM WCHODZI RÓWNIEŻ LEKARZ. (Polish)
4 August 2022
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A 3D NYOMTATÁSI TECHNIKÁVAL MŰKÖDŐ ANYAGOK ÉS RENDSZEREK GYÁRTÁSÁRA IRÁNYULÓ ÖSSZEHANGOLT PROJEKT ÁLTALÁNOS CÉLKITŰZÉSEIN BELÜL EZ AZ ALPROJEKT "A 3D NYOMTATÁSSAL FUNCIONALISED ANYAGOK ÉS RENDSZEREK TERVEZÉSE ÉS GYÁRTÁSA: A BONE REGENERÁCIÓRA VONATKOZÓ bioaktív IMPLANTOK A SANTIAGO DE COMPOSTELA UNIVERSITY CERAMICÁJÁNAK KERESZTÜLETÉBEN._x000D_A DEALS alprojekt 3D minta a TECHNOLOGY ITSELF-ről._x000D_A DEALS alprojekt 3D minta; B) SZERKEZETEK VAGY MONOLIT KERÁMIÁK, METALCERAMICOS ÉS BIONYOMTATÁS GYÁRTÁSA KÉSŐBBI MŰKÖDŐKÉPESSÉ TÉTELÉHEZ; ÉS C) A 3D IMPLANTÁTUMOK ÉRTÉKELÉSE IN VITRO TECHNIKÁKKAL (SEJTTENYÉSZETEK) ÉS IN VIVO (NZ NYULAK BEÜLTETÉSE ÉS SZÖVETTANI ÉRTÉKELÉS). A 2. és 3. és 3. és az ARE, vázlatosan:_x000D_ WP2.- 3D PRINTING TECHNOLOGY._x000D_ TASK 2.1.- A CERAMIC ÉS METAL-CERAMIC INKS (CERMETS)_x000D_ TASK 2.2.- A TECHNOLOGYI JELENTÉSE._x000D_ TASK FORMULÁCIÓJA 2.3.- KARACTERISATION OF INKS._x000D_ TASK 2.4.- CAD/CAM DESIGN of STRUCTURES for 3D PRINTING_x000D_ WP3.- MANUFACTERATION ÉS VÁLLALKOZATOK A BONE REGENERATION._x000D_ TASK 3.1.- SZOLGÁLTATÁSI ÉS JÁRMŰVEZETÉSE._x000D_ TASK 3.2.- MANUFACTURE OF IMPLANTABLE 3D STRUCTURES._x000D_ TASK 3.3.- bionyomtatás TESTS._x000D_ TASK 3.4.- A BEHAVIOR VÁLLALÁSA. Bioaktivitás ÉS BIOCOMPATIBILITY._x000D_ IN ADDITION, Az ALSO DEALS alprojekt az 5-ös NUMBER NUMBER-ben, a „TECHNOLOGY TRANSFER”._x000D_ A 3 PROFESSORS, ONE RESEARCHER, ÉS A TECHNICIANS TÁMOGATÁS SZÁLLÍTÁSA. VAN EGY ORVOS IS, AKI RÉSZT VESZ A MUNKACSOPORTBAN. (Hungarian)
4 August 2022
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V RÁMCI OBECNÝCH CÍLŮ KOORDINOVANÉHO PROJEKTU, KTERÝ MÁ ZA CÍL VYRÁBĚT MATERIÁLY A SYSTÉMY FUNKČNÍ ZA POUŽITÍ TECHNIKY 3D TISKU, TENTO PODPROJEKT NAZVANÝ "DESIGN A VÝROBA MATERIÁLŮ A SYSTÉMŮ FUNCIONALISED 3D TISKEM: Bioaktivní IMPLANTS for BONE REGENERATION" Bude vyčerpáno ve VÝROBKÝCH Skupinách CERAMIC SANTIAGO DE COMPOSTELA._x000D_ Podprojekt DEALS WITH A) 3D PRINTING TECHNOLOGIE ITSELF; B) VÝROBA KONSTRUKCÍ NEBO MONOLITŮ KERAMIKY, METALCERAMICOS A BIOTISKU PRO JEHO POZDĚJŠÍ FUNKCIONALIZACI; A C) HODNOCENÍ 3D IMPLANTÁTŮ POMOCÍ TECHNIK IN VITRO (BUNĚČNÉ KULTURY) A IN VIVO (IMPLANTACE U KRÁLÍKŮ NZ A HISTOLOGICKÉ HODNOCENÍ). TASKS JSOU COLLECTED WITHIN WORK BALAGES 2 A 3 A JSOU, schematicky:_x000D_ WP2.- 3D PRINTING TECHNOLOGY._x000D_ TASK 2.1.- FORMULACE CERAMIC A METAL-CERAMIC INKS (CERMETS)_x000D_ TASK 2.2.- STUDIE PROCESS OF INKS._x000D_ TASK 2.3.- CHARACTERISATION OF INKS._x000D_ TASK 2.4.- CAD/CAM DESIGN OF STRUCTURES FOR 3D PRINTING_x000D_ WP3.- MANUFACTURE and Validation of IMPLANTS FOR BONE REGENERATION._x000D_ TASK 3.1.- SYNTHESIS A PROCESS OF RAW MATERIALS._x000D_ TASK 3.2.- MANUFACTURE OF IMPLANTABLE 3D STRUCTURES._x000D_ TASK 3.3.- biotisk TESTS._x000D_ TASK 3.4.- VALIDACE BEHAVIORU. Bioaktivita A BIOCOMPATIBILITY._x000D_ IN ADDITION, Podprojekt ALSO DEALS WITH WORK PACKAGE NUMBER 5, KTERÉ CORRESPONDS k „TECHNOLOGY TRANSFER“._x000D_ Podprojekt STAFF CONSISTS OF 3 PROFESSORS, JEDNO VZDĚLÁVÁNÍ, A TŘÍŠÍ PODPORA TECHNICKŮ. K DISPOZICI JE TAKÉ LÉKAŘ ZAŘAZEN DO PRACOVNÍHO TÝMU. (Czech)
4 August 2022
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SASKAŅĀ AR VISPĀRĒJIEM MĒRĶIEM KOORDINĒTĀ PROJEKTA, KAS PAREDZ RAŽOT MATERIĀLUS UN SISTĒMAS, KAS DARBOJAS, IZMANTOJOT TEHNIKU 3D DRUKĀŠANA, ŠIS APAKŠPROJEKTS AR NOSAUKUMU "PROJEKTĒŠANA UN RAŽOŠANA MATERIĀLU UN SISTĒMU FUNCIONALISED 3D DRUKĀŠANA: Bioactive IMPLANTS FOR BONE REĢENERĀCIJA" BŪS KARĪGĀ PAR TREŠĀM JĀŅEM VĒRĀ SANTIAGO DE COMPOSTELA UNIVERSITY UNIVERSITY UNIVERSITY UNIVERSITY CERAMITĀCIJAS IESTĀDES IESTĀDEI._x000D_ apakšprojekta DEALS AR A) 3D PRINTING TECHNOLOGY ITSELF; B) KONSTRUKCIJU VAI MONOLĪTU KERAMIKAS, METALCERAMICOS UN BIODRUKAS RAŽOŠANA TĀS VĒLĀKAI FUNKCIONALIZĀCIJAI; UN C) 3D IMPLANTU NOVĒRTĒŠANA AR IN VITRO METODĒM (ŠŪNU KULTŪRĀM) UN IN VIVO (IMPLANTĀCIJA NZ TRUŠIEM UN HISTOLOĢISKA NOVĒRTĒŠANA). The TASKS ARE COLLECTED WITHIN WORKAGES 2 UN 3 UN ARE, shematiski:_x000D_ WP2.- 3D PRINTING TECHNOLOGY._x000D_ TASK 2.1.- FORMULĀCIJAS UN METAL-CERAMIC INKS (CERMETS)_x000D_ TASK 2.2.- STUDY OF THE PROCESSING OF INKS._x000D_ TASK 2.3.- INKS CHARACTERISATION._x000D_ TASK 2.4.- CAD/CAM DESIGN OF STRUCTURES PAR 3D PRINTING_x000D_ WP3.- IMPLANTU MANUFACTURE UN VALIDATION FOR BONE REGENERATION._x000D_ TASK 3.1.-SYNTHESIS UN PROCESSING RAW MATERIALS._x000D_ TASK 3.2.- MANUFACTURE OF IMPLANTABLE 3D STRUCTURES._x000D_ TASK 3.3.- biodruka TESTS._x000D_ TASK 3.4.- BEHAVIOR VALIDĀCIJA. Bioaktivitāte UN BIOCOMPATIBILITY._x000D_ Pievienojot, apakšprojekts ALSO DEALS WITH WORK PACKAGE NUMBER 5, KAS KORRESPONIEM “TECHNOLOĢIJAS TRANSFER”._x000D_ apakšprojekts STAFF CONSISTS of 3 PROFESSORS, ONE RESEARCHER, UN THREE SUPPORT TECHNICIANS. DARBA GRUPĀ IR IEKĻAUTS ARĪ ĀRSTS. (Latvian)
4 August 2022
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LAISTIGH DE CHUSPÓIRÍ GINEARÁLTA AN TIONSCADAIL CHOMHORDAITHE A BHFUIL SÉ I GCEIST AIGE ÁBHAIR AGUS CÓRAIS A THÁIRGEADH A FHEIDHMÍTEAR TRÍ ÚSÁID A BHAINT AS PRIONTÁIL THEICNÍC 3D, TÁ AN FOTHIONSCADAL SEO, DAR TEIDEAL "ÁBHAIR AGUS CÓRAIS A DHEARADH AGUS A THÁIRGEADH FUNCIONALISED LE PRIONTÁIL 3D: Pleananna Bithghníomhacha chun Ceadúnais AMHÁIN" a bheidh á gcur i gcrích i nDroichead Átha AG AN GHRÉIGIÚN OIRGEADAIS CEATHRÁISTEACHT DE COMPOSTELA._x000D_x000D_ DE BHRÍ A) B) MONARÚ NA STRUCHTÚR NÓ NA MONAILÉATA CRIADÓIREACHTA, METALCERAMICOS AGUS BITHPHRIONTÁIL CHUN É A FHEIDHMIÚ NÍOS DÉANAÍ; AGUS C) MEASTÓIREACHT AR IONCHLANNÁIN 3D TRÍ THEICNÍCÍ IN VITRO (SAOTHRÁIN CHILLE) AGUS IN VIVO (IONCHLANNÚ I GCOINÍNÍ NZ AGUS MEASTÓIREACHT HISTEOLAÍOCH). Bíonn na TASKS ag plé le PACÁ 2 agus 3 agus, go schematically: _x000D_ WP2.- 3D PRINTING TECHNOLOGY._x000D_ TASK 2.1.- FORMULATION INKS CERAMIC AGUS METAL-CERAMIC (cermets) _x000D_ TASK 2.2.- STIÚRTHÓIREACHT AN STIÚRTHÓIREACHT INKS._x000D_ 2.3.- CAIDREAMH IDIRNÁISIÚNTA._x000D_ TASK 2.4.- DEARAD/DÍOLADH STRUCTURE do PRINTING_x000D_WP3.- Gníomhú agus Vótáil GNÍOMHAÍOCHTA AR AMHÁIN._x000D_ TASK 3.1.- Suímh agus a sheoladh MATERIALS RAW._x000D_ TASK 3.2.- Nuacht Teicneolaíochta Iompair Ghaolmhar Nuacht Iarnróid den chineál céanna agus Nuacht Eile a bhFéadfá Leas a bheith agat as Gníomhú na STIÚRTHÓIRÍ 3D._x000D._x000D_TASK 3.3.- TESTS._x000D_TASK 3.4.- Ceadúnú a dhéanamh. Bithghníomhaíocht agus BIOPATIBILITY._x000D_ IN ADDITION, DE BHFUILÍONN AN CHOIMISIÚIN LE hObair le Cúrsaí Oibre 5, lena n-áirítear cinntí maidir le “hAistritheoir TEICNIÚIL”. TÁ DOCHTÚIR SAN ÁIREAMH FREISIN AR AN BHFOIREANN OIBRE. (Irish)
4 August 2022
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V OKVIRU SPLOŠNIH CILJEV USKLAJENEGA PROJEKTA, KI NAMERAVA IZDELATI MATERIALE IN SISTEME, FUNKCIONALIZIRANE S TEHNIKO 3D-TISKANJA, TA PODPROJEKT Z NASLOVOM "ZASNOVA IN PROIZVODNJA MATERIALOV IN SISTEMOV FUNCIONALISED S 3D TISKANJEM: Bioaktivni IMPLANTI ZA BONE REGENERACIJE" V SANTIAGO DE COMPOSTELA._x000D_ Podprojekt DEALS Z A) 3D PRINETJE TEHNOLOGIJE ITSELF; B) PROIZVODNJA KONSTRUKCIJ ALI MONOLITNE KERAMIKE, METALCERAMICOS IN BIOTISKA ZA NJENO KASNEJŠO FUNKCIONALIZACIJO; IN C) VREDNOTENJE 3D VSADKOV S TEHNIKAMI IN VITRO (CELIČNE KULTURE) IN IN VIVO (VSADITEV PRI KUNCIH NZ IN HISTOLOŠKA OCENA). TASKS ARE COLLECTED WITHIN WORKAGES 2 IN 3 IN ARE, shematično:_x000D_ WP2.- 3D PRINETNOST TEHNOLOGIJE._x000D_ TASK 2.1.- FORMULATION OF CERAMIC INKS (CERMETS)_x000D_ TASK 2.2.- STUDIJA PROCESING INKS._x000D__ TASK 2.3.- CHARACTERISATION OF INKS._x000D_ TASK 2.4.- CAD/CAM DESIGN STRUCTURES ZA 3D PRINETNOST_x000D_ WP3.- MANUFACTURE IN VALIDATION OF IMPLANTS FOR BONE REGENERATION._x000D_ TASK 3.1.- SYNTHESIS IN PROCESSING RAW MATERIALS._x000D_ TASK 3.2.- MANUFACTURE IMPLANTABLE 3D STRUCTURES._x000D_ TASK 3.3.- bioprinting TESTS._x000D_ TASK 3.4.- VALIDACIJA BEHAVIORJA. Bioaktivnost IN BIOCOMPATIBILITIJA._x000D_ V DODATU, podprojekt ALSO DEALS Z DELA PACKAGE ŠTEVILKA 5, KI JIH PREDLOGOVNIH TRANSFERJA"._x000D_ Podprojekt STAFF POGODBENICE 3 PROFESSORS, ONE RESEARCHER, IN THREE SUPPORT TEHNICIANS. V DELOVNO SKUPINO JE VKLJUČEN TUDI ZDRAVNIK. (Slovenian)
4 August 2022
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В РАМКИТЕ НА ОБЩИТЕ ЦЕЛИ НА КООРДИНИРАНИЯ ПРОЕКТ, КОЙТО ИМА ЗА ЦЕЛ ДА ПРОИЗВЕДЕ МАТЕРИАЛИ И СИСТЕМИ, ФУНКЦИОНАЛИЗИРАНИ С ПОМОЩТА НА ТЕХНИКАТА 3D ПЕЧАТ, ТОЗИ ПОДПРОЕКТ, ОЗАГЛАВЕН "ПРОЕКТИРАНЕ И ПРОИЗВОДСТВО НА МАТЕРИАЛИ И СИСТЕМИ FUNCIONALISED ЧРЕЗ 3D ПЕЧАТ: Биоактивни ИМПЛАНТТИ ЗА РЕГЕНЕРАЦИЯ НА БОНЕЙКАТА" Ще бъдат облъчени в три години от ИЗСЛЕДВАНЕТО НА ИНСТИТУТА НА КЕРАМИКСИТЕ НА САНТИАГО ДЕ КОМПОСТЕЛА._x000D_подпроект ДЕАЛ С А) 3D PRINTING TECHNOLOGY ITSELF; Б) ПРОИЗВОДСТВО НА КОНСТРУКЦИИ ИЛИ МОНОЛИТНИ КЕРАМИКА, METALCERAMICOS И БИОПЕЧАТ ЗА ПО-КЪСНАТА МУ ФУНКЦИОНАЛИЗАЦИЯ; И В) ОЦЕНКА НА 3D ИМПЛАНТИ ЧРЕЗ IN VITRO ТЕХНИКИ (КЛЕТЪЧНИ КУЛТУРИ) И IN VIVO (ИМПЛАНТАЦИЯ ПРИ ЗАЙЦИ С NZ И ХИСТОЛОГИЧНА ОЦЕНКА). ТАСКИТЕ СЪОТВЕТСТВИЕ С РАБОТИ 2 И 3 И АСТО, схематично:_x000D_ WP2.- 3D PRINTING TECHNOLOGY._x000D_ TASK 2.1.- ФОРМУЛАЦИЯ НА СЕРАМИЧЕСКИ И МЕТАЛ-СЕРАМИЧЕСКИ Инки (CERMETS)_x000D_ TASK 2.2.- СЪДЪРЖАНЕ НА ПРОЦЕСОРТА НА INKS._x000D_ TASK 2.3.- ХАРАКТЕРИЗИРАНЕ НА INKS._x000D_ TASK 2.4.- CAD/CAM DESIGN OF STRUCTURES FOR 3D PRINTING_x000D_ WP3.- ПРОИЗВОДСТВО И ВАЛИДА НА ИЗПЪЛНИТЕЛИТЕ ЗА БОНЕЙНА РЕГЕНЕРАЦИЯ._x000D_ TASK 3.1.- СИНТЕЗИ И ПРОЦЕСОР НА РАБОТНИ МАТЕРИАЛИ._x000D_ TASK 3.2.- ПРОИЗВОДСТВО НА ИМПЛАНТАКТИ 3D СТРУКУРИ._x000D_ TASK 3.3.- Биопечат TESTS._x000D_ TASK 3.4.- ВАЛИДАЦИЯ НА БЕХАВИОР. Биоактивност И БИОКОМПАТИБИЛНОСТ._x000D_ В ДОПЪЛНЕНИЕ, подпроектът СЪЩО ДЕЙСТВИЕ С НОМЕРИ 5, КОИТО КОРЕСПОНТИ ДА „ТЕХНОЛОГИЧЕН ТРАНСФЕР“._x000D_ Подпроект СТАФИЯ ОТ 3 ПРОФЕСОРИ, ЕДИН ИЗСЛЕДВАНЕ, И ТЕХНИЧНИ ТЕХНИЦИИ. В РАБОТНИЯ ЕКИП Е ВКЛЮЧЕН И ЛЕКАР. (Bulgarian)
4 August 2022
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FI ĦDAN L-OBJETTIVI ĠENERALI TAL-PROĠETT IKKOORDINAT LI GĦANDU L-ĦSIEB LI JIPPRODUĊI MATERJALI U SISTEMI FUNZJONALIZZATI BL-UŻU TAT-TEKNIKA TA’ STAMPAR 3D, DAN IS-SOTTOPROĠETT, INTITOLAT "ID-DISINN U L-PRODUZZJONI TA’ MATERJALI U SISTEMI FUNCIONALISED BL-ISTAMPAR 3D: L-IMPLANTI Bijoattivi GĦAR-REĠENERAZZJONI BONE" TAS-SAJD TA’ L-UNIVERSITÀ DWAR IL-GROPP RIĊERKA TAL-ISTITUTA TAL-KERAMIKA TAL-UNIVERSITÀ TA’ SANTIAGO DE COMPOSTELA._x000D_ Id-DEALs tas-sottoproġett BIT-A) 3D TINTING L-ISTELF TA’ TEKNOLOĠIJA; B) IL-MANIFATTURA TAL-ISTRUTTURI JEW TAL-MONOLITI TAĊ-ĊERAMIKA, METALCERAMICOS U TAL-BIJOSTAMPAR GĦALL-FUNZJONALITÀ AKTAR TARD TAGĦHA; U C) EVALWAZZJONI TAL-IMPJANTI 3D PERMEZZ TA’ TEKNIKI IN VITRO (KOLTURI TA’ ĊELLOLI) U IN VIVO (IMPJANTAZZJONI FIL-FNIEK NZ U EVALWAZZJONI ISTOLOĠIKA). Il TASKS KOLLETTI MA’ PACKAGES WORK 2 U 3 U ARE, skematikament:_x000D_ WP2.- 3D PRINTING TECHNOLOGY._x000D_ TASK 2.1.- FORMULAZZJONI TAKERAMIKA U METAL-KERAMI (CERMETS)_x000D_ TASK 2.2.- STUDY TAL-PROĊESSING TA’ INKS._x000D_ TASK 2.3.- L-ISTUDJU TAL-PROĊESSAZZJONI TA’ INKS._x000D_ TASK 2.3.- CHARACTERISATION OF INKS._x000D_ TASK 2.4.- DESIGN CAD/CAM TA’ STRUCTURES GĦAL PRINTING_x000D_ 3D_ WP3.- MANUFATTURA U VALIDAZZJONI TA’ IMPLANTI GĦAL REĠERAZZJONI BONE._x000D_ TASK 3.1.- SYNTHESIS U PROĊESSAZZJONI TA’ MATERIALS RAW._x000D_ TASK 3.2.- MANUFATTURA TA’ IMPLANTABLE 3D STRUCTURES._x000D_ TASK 3.3.- bijostampar TESTS._x000D_ TASK 3.4.- VALIDAZZJONI TAL-BEHAVIOR. Bijoattività U BIOCOMPATIBILITÀ._x000D_ F’ADDIZZJONI, Id-DEALJI TAL-ALOĠĠIJA MA’ PAKKETT TA’ ĦIDMA 5, BIL-KORRISPONDS GĦALL-“TRASFERIMENT TEKNOLOĠIJA”._x000D_ is-sottoproġett CONSISTs ta’ 3 PROFESSJONIJIET, OĦRA RIĊERKA, U SUPPORT TAT-TRIĊJU. HEMM UKOLL TABIB INKLUŻ FIT-TIM TAX-XOGĦOL. (Maltese)
4 August 2022
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NO ÂMBITO DOS OBJECTIVOS GERAIS DO PROJECTO COORDENADO QUE DIZ RESPEITO À PRODUÇÃO DE MATERIAIS E SISTEMAS FUNCIONALIZADOS COM UMA IMPRESSÃO TÉCNICA 3D, O PRESENTE OBJETO, DESTINADO A "DESIGNAÇÃO E PRODUÇÃO DE MATERIAIS E SISTEMAS FUNCIONALIZADOS COM UMA IMPRESSÃO 3D: IMPLANTES BIOATIVOS PARA REGENERAÇÃO BONE" serão REALIZADOS EM TRÊS ANOS PELO GRUPO DE INVESTIGAÇÃO DO INSTITUTO DE CERÂMICA DA UNIVERSIDADE DE SANTIAGO DE COMPOSTELA._x000D_ O SUBPROJETO TRATAMENTO COM A) A Própria TECNOLOGIA DE IMPRESSÃO 3D; b) O fabrico das estruturas ou dos monólitos, dos metalcerâmicos e dos bioprinizadores para a sua posterior funcionalidade; E C) AVALIAÇÃO DE IMPLANTES 3D POR TÉCNICAS IN VITRO (CULTURAS CELULARES) E IN VIVO (IMPLANTAÇÃO EM COELHOS NZ E AVALIAÇÃO HISTOLÓGICA). THE TASKS ARE COLLECTED WITHIN WORK PACKAGES 2 AND 3 AND ARE, SCHEMATICALLY:_x000D_ WP2.- 3D PRINTING TECHNOLOGY._x000D_ TASK 2.1.- FORMULATION OF CERAMIC AND METAL-CERAMIC INKS (CERMETS)_x000D_ TASK 2.2.- STUDY OF THE PROCESSING OF INKS._x000D_ TASK 2.3.- CHARACTERIZATION OF INKS._x000D_ TASK 2.4.- CAD / CAM DESIGN OF STRUCTURES FOR 3D PRINTING_x000D_ WP3.- MANUFACTURE AND VALIDATION OF IMPLANTS FOR BONE REGENERATION._x000D_ TASK 3.1.- SYNTHESIS AND PROCESSING OF RAW MATERIALS._x000D_ TASK 3.2.- MANUFACTURE OF IMPLANTABLE 3D STRUCTURES._x000D_ TASK 3.3.- BIOPRINTING TESTS._x000D_ TASK 3.4.- VALIDATION OF BEHAVIOR. BIOACTIVIDADE E BIOCOMPATIBILIDADE._x000D_ ADICIONALMENTE, O SUBPROJETO TRABALHA TAMBÉM COM O NÚMERO 5 DO PACOTE DE TRABALHO, QUE CORRESPONDE A "TRANSFERÊNCIA DE TECNOLOGIA"._x000D_ O PESSOAL SUBPROJETO É CONSTITUÍDO POR 3 PROFISSIONAIS, UM INVESTIGADOR E TRÊS TÉCNICOS DE APOIO. Há também um médico incluído na equipa de trabalho. (Portuguese)
4 August 2022
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INDEN FOR DE GENERELLE MÅL FOR DET KOORDINEREDE PROJEKT, DER HAR TIL FORMÅL AT PRODUCERE MATERIALER OG SYSTEMER, DER FUNGERER VED HJÆLP AF TEKNIKKEN 3D-PRINTNING, DETTE UNDERPROJEKT MED TITLEN "DESIGN OG PRODUKTION AF MATERIALER OG SYSTEMER FUNCIONALISERET VED 3D-PRINTNING: Bioaktive IMPLANTS TIL BONE REGENERATION "VIL BILAGET I DET TJÆRLIGE YÅR af INSTITUTE AF UNIVERSITY SANTIAGO DE COMPOSTELA._x000D_ Delprojektet DEALS MED A) 3D PRINTING TECHNOLOGY ITSELF; B) FREMSTILLING AF KONSTRUKTIONER ELLER MONOLITER KERAMIK, METALCERAMICOS OG BIOPRINTNING MED HENBLIK PÅ SENERE FUNKTIONALISERING; OG C) EVALUERING AF 3D-IMPLANTATER VED HJÆLP AF IN VITRO-TEKNIKKER (CELLEKULTURER) OG IN VIVO (IMPLANTATION HOS NZ-KANINER OG HISTOLOGISK EVALUERING). De TASKS VEDTAGET med WORK PACKAGES 2 OG 3 OG ARE, skematisk:_x000D_ WP2.- 3D PRINTING TECHNOLOGY._x000D_ TASK 2.1.- FORMULATION AF CERAMIC OG METAL-CERAMIC INKS (CERMETS)_x000D_ TASK 2.2.- STUDY AF INKS._x000D_ TASK 2.3.- KARAKTERISATION af INKS._x000D_ TASK 2.4.- CAD/CAM DESIGN OF STRUCTURES FOR 3D PRINTING_x000D_ WP3.- MANUFACTURE og VALIDATION af IMPLANTER TIL BONE REGENERATION._x000D_ TASK 3.1.- SYNTHESIS OG PROCESS AF RAW MATERIALS._x000D_ TASK 3.2.- MANUFACTURE OF IMPLANTABLE 3D STRUCTURES._x000D_ TASK 3.2.- MANUFACTURE OF IMPLANTABLE 3D STRUCTURES._x000D_ TASK 3.2.- MANUFACTURE OF IMPLANTABLE 3D STRUCTURES._x000D_ TASK TASK 3.3.- bioprintning TESTS._x000D_ TASK 3.4.- VALIDATION AF BEHAVIOR. Bioaktivitet OG BIOCOMPATIBILITY._x000D_ I ADDITION, delprojektet ALSO DEALS MED WORK PACKAGE NUMBER 5, HVORCH CORRESPONDS TIL "TECHNOLOGY TRANSFER"._x000D_ Delprojektet STAFF CONSISTS AF 3 PROFESSORER, ONE RESEARCHER, OG THREE SUPPORT TECHNICIANS. DER ER OGSÅ EN LÆGE INKLUDERET I ARBEJDSTEAMET. (Danish)
4 August 2022
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ÎN CADRUL OBIECTIVELOR GENERALE ALE PROIECTULUI COORDONAT CARE INTENȚIONEAZĂ SĂ PRODUCĂ MATERIALE ȘI SISTEME FUNCȚIONALE FOLOSIND TEHNICA DE IMPRIMARE 3D, ACEST SUBPROIECT, INTITULAT "PROIECTAREA ȘI PRODUCEREA DE MATERIALE ȘI SISTEME FUNCIONALISED PRIN IMPRIMARE 3D: IMPLANTE BIOactive PENTRU REGENERAREA BONE" vor fi ingrijiti in trei ani de catre Grupul de Cercetare al INSTITUTELOR CERAMICII UNIVERSITATEI SANTIAGO DE COMPOSTELA._x000D_ Subproiect DEALS CU A) 3D PRINTING TECHNOLOGY ITSELF; B) FABRICAREA STRUCTURILOR SAU A MONOLITILOR CERAMICI, METALCERAMICOS SI BIOIMPRIMAREA PENTRU FUNCTIONALIZAREA SA ULTERIOARA; ȘI C) EVALUAREA IMPLANTURILOR 3D PRIN TEHNICI IN VITRO (CULTURI CELULARE) ȘI IN VIVO (IMPLANTAREA LA IEPURII DIN ZN ȘI EVALUAREA HISTOLOGICĂ). Pantalonii sunt colecționați cu pachete de lucru 2 ȘI 3 ȘI sunt, schematic:_x000D_ WP2.- 3D PRINTING TECHNOLOGY._x000D_ TASK 2.1.- Formularea INKS-urilor CERAMice și METAL-CERAMice (CERMETS)_x000D_ TASK 2.2.- STUDIA PROCESULUI INKS._x000D_ TASK 2.3.- CHARACTERIZAREA INKS._x000D_ TASK 2.4.- CAD/CAM DESIGN OF STRUCTURES FOR 3D PRINTING_x000D_ WP3.- MANUFACTURĂ ȘI VALIDARE A IMPLANTELOR PENTRU REGENERAREA BONE._x000D_ TASK 3.1.- SYNTHESIS ȘI PROCESIREA MATERIILOR RAW._x000D_ TASK 3.2.- MANUFACTURĂ IMPLANTABLE 3D STRUCTURES._x000D_ TASK 3.3.- Bioprinting TESTS._x000D_ TASK 3.4.- VALIDAREA BEHAVIORULUI. Bioactivitate ȘI BIOCOMPATIBILITY._x000D_ ÎN ADDIȚIE, subproiectul, DESO DEALS CU NUMĂRUL 5, CARE CORRESPONDURILE PENTRU „TraNSFER TEHNOLOGIE”._x000D_ Consiliile STAFF ale subproiectului de 3 PROFESORURI, ONE CERCETARE, ȘI THREE SUPPORT TECHNICIANS. EXISTĂ, DE ASEMENEA, UN MEDIC INCLUS ÎN ECHIPA DE LUCRU. (Romanian)
4 August 2022
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INOM RAMEN FÖR DE ALLMÄNNA MÅLEN FÖR DET SAMORDNADE PROJEKTET SOM SYFTAR TILL ATT PRODUCERA MATERIAL OCH SYSTEM SOM FUNKTIONALISERAS MED HJÄLP AV TEKNIKEN 3D-UTSKRIFT, DETTA DELPROJEKT, MED TITELN ”UTFORMNING OCH PRODUKTION AV MATERIAL OCH SYSTEM FUNCIONALISED GENOM 3D-UTSKRIFT: Bioaktiva IMPLANTER FÖR BONE REGENERATION” Kommer att sparas i tre år tack vare den insiktsfulla gruppen av CERAMICERING AV SANTIAGO DE COMPOSTELA._x000D_ delprojekten med A) 3D PRINTING TECHNOLOGY ITSELF; B) TILLVERKNING AV STRUKTURER ELLER MONOLITER KERAMIK, METALCERAMICOS OCH AV BIOTRYCK FÖR SENARE FUNKTIONALISERING. OCH C) UTVÄRDERING AV 3D-IMPLANTAT MED IN VITRO-TEKNIK (CELLKULTURER) OCH IN VIVO (IMPLANTATION HOS NZ-KANINER OCH HISTOLOGISK UTVÄRDERING). TASKS ARE COLLECTED MED WORK PACKAGES 2 OCH 3 OCH ARE, schematiskt:_x000D_ WP2.- 3D PRINTING TECHNOLOGY._x000D_ TASK 2.1.- FORMULATION AV CERAMIC OCH METAL-CERAMIC INKS (CERMETS)_x000D_ TASK 2.2.- STUDY OF THE PROCESSING OF INKS._x000D_ TASK 2.3.- CHARACTERISATION AV INKS._x000D_ TASK 2.4.- CAD/CAM DESIGN OF STRUCTURES FOR 3D PRINTING_x000D_ WP3.- MANUFACTURE and VALIDATION OF IMPLANTS FOR BONE REGENERATION._x000D_ TASK 3.1.- SYNTHESIS OCH PROCESSING AV RAW MATERIALS._x000D_ TASK 3.2.- MANUFACTURE OF IMPLANTABLE 3D STRUCTURES._x000D_ TASK 3.3.- Bioprinting TESTS._x000D_ TASK 3.4.- VALIDATION AV BEHAVIOR. Bioaktivitet OCH BIOCOMPATIBILITY._x000D_ I ADDITIONen, delprojektet ALSO DEALS MED WORK PACKAGE NUMBER 5, WHICH CORRESPONDS TO ”TECHNOLOGY TRANSFER”._x000D_ Underprojektet STAFF CONSISTS OF 3 PROFESSORS, ONE RESEARCHER, and THREE SUPPORT TECHNICIANS. DET FINNS OCKSÅ EN LÄKARE SOM INGÅR I ARBETSLAGET. (Swedish)
4 August 2022
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Santiago de Compostela
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20 December 2023
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Identifiers
MAT2017-90100-C2-1-P
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