Biblioteca da Universidade do Minho Search for '611-018.4'

A Bone tissue engineering strategy based on starch scaffolds and bone marrow cells cultured in a flow perfusion bioreactor

By Maria Manuela Estima Gomes. [Braga s.n.] 2004 . 169 p. 23 cm.

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Contribution à l'étude de la configuration interne de la moelle osseuse et de ses connexions vasculaires par la méthode des injections intramédullaires de substances opaques

By Georges Berthet. Saint-Cloud Imprimerie Girault 1939 . 38 p., [3] est. 24 cm.

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Recherches morphologiques et expérimentales sur la vascularisation osseuse

By Robert de Marneffe. Bruxelles Acta Medica Belgica 1951 . 80 p. 25 cm.

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Bone tissue engineering

By ed. Jeffrey O. Hollinger... [et al.]. Boca Raton CRC Press 2005 . 336 p. 25 cm. 0-8493-1621-9

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Study of mechanical properties at fatigue of porous scaffolds of chitosan-poly(butylene succinate) blends

By Filipe Vieira Costa. Guimarães [s.n.] 2009 . XI, 58 p. , Existe versão electrónica 30 cm.

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Study of mechanical properties at fatigue of porous scaffolds of chitosan-poly(butylene succinate) blends

By Filipe Vieira Costa. Guimarães [s.n.] 2009 . 1 disco óptico (CD-ROM) , Existe versão impressa em caixa 13x14x1 cm.

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Estudo do comportamento à corrosão de espumas de titânio para aplicações biomédicas

By Isabel Amorim Sendão. [Guimarães s.n.] 2014 . XV, 85 p. 30 cm.

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Mechanical characterization of porous titanium implant materials

By [Caracterização mecânica de implantes porosos de titânio] | Mara Filipa Cajus Valadares Teixeira. [Guimarães s.n.] 2015 . XIX, 52 p. 30 cm.

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Extraits de deux thèses concernant l'action de l'A.D.N. (acide desoxyribonucleique) sur l'ostéogénèse réparatrice

[Lyon Laboratoires Mayoly-Spindler 1959 . [34] p. 25 cm.

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Electrospinning for advanced biomedical applications and therapies

By ed. Nuno M. Neves. Shropshire Smithers Rapra Technology 2012 . XVI, 320 p. 26 cm. 978-1-84735-601-7

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Potential of human bone marrow derived stem cells combined with chitosan based biodegradable scaffolds for bone tissue engineering

By Ana Rita da Costa Pinto. Braga [s.n.] 2010

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Cellular approaches and tailor-made 3D starch-based scaffolds for improved vascularization in bone tissue engineering strategies

By Marina Inês Martins Santos. Braga [s.n.] 2009

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Development of electrospun nanofibrous-based scaffolds for bone regeneration

By Albino Manuel Pereira Martins. Guimarães s.n.] 2010

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Development of active and biodegradable hydrogels for bone tissue engineering applications

By Bruno Filipe da Costa Hermenegildo. [Braga s.n.] 2018

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Funcionalização de pós de magnésio para aplicações biomédicas

By Paula Cristina Félix Vieira. [Guimarães s.n.] 2021

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Development of new chitosan based biodegradable blends for bone and cartilage tissue engineering

By Vitor Manuel Correlo da Silva. Braga [s.n.] 2009

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Processing and characterization of piezoelectric polymers for tissue engineering applications

By Clarisse Marta de Oliveira Ribeiro. Braga [s.n.] 2012

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Development and optimization of production and purification of the human protein BMP-2 in Escherichia coli for biomedical applications

By Alexandra Maria Rodrigues. Braga [s.n.] 2012

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Co-cultures and cell sheet engineering as relevant tools to improve the outcome of bone tissue engineering strategies

By Rogério Pedro Lemos de Sousa Pirraco. [Braga s.n.] 2011

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Engineering osteochondral tissues with human adipose tissue derived stem cells under precise biomechanical and biochemical in vitro environments

By Cristina Correia. [Braga s.n.] 2012

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Surface biofunctionalization of polycaprolactone fibrous meshes for skeletal and neural tissue advanced therapies

By Marta Alexandra Rodrigues Casanova. [Braga s.n.] 2019

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Bioactive glass nanoparticles combined with natural-based polymers for biomedical applications

By Gisela Andreia Monteiro da Luz. Braga [s.n.] 2012

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Development of tissue engineered strategies combining stem cells and scaffolds aimed to regenerate bone and osteochondral interfaces

By Márcia Teresa da Silva Rodrigues. Braga [s.n.] 2011

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Fish scales as model for osteogenic cells culture

By David Losa de Areia Afonso. [Braga s.n.] 2011

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Shape memory chitosan-based scaffolds for biomedical applications

By Ana Cristina Oliveira Correia. Braga [s.n.] 2013

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Biochemical and physical surface functionalization of polycaprolactone as a key mediator of osteogenic differentiation and vascularized tissue morphogenesis

By Ana Bela Ferreira Faia Torres. [Guimarães s.n.] 2015

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Development of an injectable dextrin hydrogel for bone regeneration

By Dina Maria Morais da Silva. [Braga s.n.] 2016

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Bioinspired organic-inorganic nanocomposite scaffolds for bone tissue engineering

By João Pedro Fernandes Ribeiro. [Guimarães s.n.] 2021

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New biomimetic approaches for producing bone-like calcium-phosphate coatings on the surface of tissue engineering 3D architectures and orthopaedic Implants

By Ana Leite de Almeida Monteiro de Oliveira. Guimarães [s.n.] 2007

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Silk fibroin-based scaffolds, hydrogels and calcium-phosphate filled materials aimed for regenerative medicine applications

By Leping Yan. [Braga s.n.] 2014

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Dextrin injectable hydrogel for tissue healing and regeneration

By Isabel Sofia Melo Pereira. [Braga s.n.] 2018

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Three dimensional cell-scaffold constructs for application in bone tissue engineering

By Helena Filipa Ribeiro da Silva Pereira. [Braga s.n.] 2017

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Unravel key elements of tissue engineering constructs in the route to skin regeneration

By Mariana Teixeira Cerqueira. [Braga s.n.] 2013

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Bioactive membranes for bone regeneration

By Sofia Glória Ferreira Caridade. [Guimarães s.n.] 2013

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Natural origin polymer-based nanocarriers as tools for controlled release of bioactive factors aimed to manipulate stem cells performance in bone and cartilage tissue regeneration strategies

By Vítor Sérgio Soares do Espírito Santo. [Guimarães s.n.] 2012

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Stimulus responsive smart supports and scaffold/cell constructs for bone tissue engineering

By Ana Margarida Martins de Sousa. [Guimarães s.n.] 2009

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Development of bacterial cellulose membranes coated with hydroxyapatite for bone regeneration

By Raquel Alexandra Gonçalves Peixoto. Guimarães [s.n.] 2014

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Engineering the tendon-to-bone tissue interface mimicking its microenvironment

By Helena Isabel Pinto Cardoso Teixeira Calejo. [Braga s.n.] 2021

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BIOLIF - Biologic Lumbar Interbody Fusion

By Rui Miguel Fernandes Duarte. [Braga s.n.] 2021

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Routes to advance vascularized bone tissue engineering constructs

By Silvia Maria Mihaila. Braga [s.n.] 2014

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Design and development of an internal bone distractor activated by a shape memory material

By Ana Filipa Amorim Arieira. [Guimarães s.n.] 2021

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