Research within the FLARRE Consortium currently makes use of a number of innovative pre-clincal models. Click on the headings below to discover more.
- Bone & Cartilage
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- Biphasic osteochondral gel-base matrix system for mesenchymal stem cell differentiation
- Eye
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- Conjunctival scarring in the context of glaucoma filtration surgery (post-surgical scarring in the Tenon's capsule)
- Trachoma scarring: upper eyelid scarring during the progression of trachomatous trichiasis
- Thyroid Eye Disease (or Graves' Orbithopathy): orbital fibroblast adipogenesis and fibrosis
- Muscle
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- Tubular collagen scaffolds for smooth muscle cells
- 3D bioengineered skeletal muscle constructs to mode aged phenotypes
- 3D collagen gel construct for the measurement of force generation
- 3D myotube constructs as a marker of muscle extracellular matrix remodeling
- Skin
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- Skin blister models:
a) Cantharidin-induced blisters
b) Suction blisters with or without prior intra-dermal inoculation of heat-killed bacteria
c) Suction blister-induced skin windows coupled to an "exudate collecting chamber"
- RAFT and plastic compression rapid fabrication of tissues
- OOPS principle for mechano-control of cells (e.g. "Ultraband" garment device for reduction of skin scarring in pregnancy)
- Biocompatible collagen and biodegradable flat warp-knitted PLACL mesh scaffold for static cell culture
- Living skin equivalents (LSE) from collagen hydrogel encapsulated keratinocytes and fibroblasts under a mechanical compression protocol
- Systemic Inflammation
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- Intravenous endotoxemia - to induce systemic inflammation
- Tendon
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- Ultra-rapid engineering of tissue-like constructs using plastic compression of type I collagen gels
- A four-strand grasp modified interlocking suture technique for a rapid collagen-based tendon repair model