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The main topic of his research is the modulation of inflammation in tissue repair/regeneration, namely through the design of immunomodulatory microenvironments. At i3S he leads the Microenvironments for New Therapies (MiNT) group.
The MiNT Group bioengineers microenvironments to promote tissue repair/regeneration through modulation of the host response. Pivotal in this strategy is the concept that biomaterials can be engineered to drive inflammation towards either pro- or anti-inflammatory microenvironments. This rational has been consistently adopted by the group, with a particular emphasis in spine diseases, namely those affecting bone and the intervertebral disc.
This translational oriented research is founded on more fundamental and well-established contributions of the group to the understanding and modulation of cell-biomaterial interactions, namely on how biomaterials chemistry can be designed to prevent/promote cell adhesion and guide cell behaviour, including inflammatory cells.
The MiNT Group bioengineers microenvironments to promote tissue repair/regeneration through modulation of the host response. Pivotal in this strategy is the concept that biomaterials can be engineered to drive inflammation towards either pro- or anti-inflammatory microenvironments. This rational has been consistently adopted by the group, with a particular emphasis in spine diseases, namely those affecting bone and the intervertebral disc.
This translational oriented research is founded on more fundamental and well-established contributions of the group to the understanding and modulation of cell-biomaterial interactions, namely on how biomaterials chemistry can be designed to prevent/promote cell adhesion and guide cell behaviour, including inflammatory cells.
Research Interests
Papers共 336 篇Author StatisticsCo-AuthorSimilar Experts
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Sara Reis Moura, Ana Beatriz Sousa,Jacob Bastholm Olesen,Mário Adolfo Barbosa,Kent Søe,Maria Inês Almeida
bioRxiv (Cold Spring Harbor Laboratory) (2023)
WOUND REPAIR AND REGENERATION (2023): S10-S10
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Aging cellno. 8 (2023): e13873-e13873
WOUND REPAIR AND REGENERATION (2023): S31-S31
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NPJ Regenerative medicineno. 1 (2023): 34-12
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