The loss of subcutaneous adipose tissue due to the removal of tumours, congenital malformations, deep burns or trauma can have a severe disfiguring impact on the normal body contour. This can leave patients distressed both physically and emotionally. Current clinical treatment methods applied to replace lost adipose tissue often fail to restore the natural body contour. We present a gelatin scaffold combined with an extracellular matrix environment, which supports adipogenesis
Adipose tissue engineering strives to develop novel materials and methods for repairing and regenera...
The last decade has seen tremendous advances in the use of stem cell-based therapies to treat injury...
Extracellular matrices (ECMs), isolated through decellularization of mammalian tissues, have been su...
The loss of subcutaneous adipose tissue due to removal of tumours, congenital malformations, deep bu...
The loss of subcutaneous adipose tissue due to removal of tumours, congenital malformations, deep bu...
The restoration of body contours as shaped by adipose tissue remains a clinical challenge specifical...
Adipose tissue engineering aims to provide solutions to patients who require tissue reconstruction f...
When adipose tissue (AT) is impaired by trauma or disease, AT engineering could provide a shelf-read...
Adipose tissue is found over the whole body and easily obtained in large quantities with minimal ris...
The design of scaffolding materials that mimic the properties of the target tissue to be regenerated...
Adipose tissue engineering requires the use of adipocytes of recently the more common adipose-derive...
There exists a clear clinical need for adipose tissue reconstruction strategies to repair soft tissu...
Fat grafting is emerging as a promising alternative to silicon implants in breast reconstruction sur...
Nowadays, soft tissue restoration techniques are mainly focused on volume regeneration instead of fu...
Current gold standard to treat soft tissue injuries caused by trauma and pathological condition are ...
Adipose tissue engineering strives to develop novel materials and methods for repairing and regenera...
The last decade has seen tremendous advances in the use of stem cell-based therapies to treat injury...
Extracellular matrices (ECMs), isolated through decellularization of mammalian tissues, have been su...
The loss of subcutaneous adipose tissue due to removal of tumours, congenital malformations, deep bu...
The loss of subcutaneous adipose tissue due to removal of tumours, congenital malformations, deep bu...
The restoration of body contours as shaped by adipose tissue remains a clinical challenge specifical...
Adipose tissue engineering aims to provide solutions to patients who require tissue reconstruction f...
When adipose tissue (AT) is impaired by trauma or disease, AT engineering could provide a shelf-read...
Adipose tissue is found over the whole body and easily obtained in large quantities with minimal ris...
The design of scaffolding materials that mimic the properties of the target tissue to be regenerated...
Adipose tissue engineering requires the use of adipocytes of recently the more common adipose-derive...
There exists a clear clinical need for adipose tissue reconstruction strategies to repair soft tissu...
Fat grafting is emerging as a promising alternative to silicon implants in breast reconstruction sur...
Nowadays, soft tissue restoration techniques are mainly focused on volume regeneration instead of fu...
Current gold standard to treat soft tissue injuries caused by trauma and pathological condition are ...
Adipose tissue engineering strives to develop novel materials and methods for repairing and regenera...
The last decade has seen tremendous advances in the use of stem cell-based therapies to treat injury...
Extracellular matrices (ECMs), isolated through decellularization of mammalian tissues, have been su...