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Extensive or irreversible damage to the skin, often requires additional substitutes for reconstruction. Biomaterials have become critical components in the development of effective new medical therapies for wound care. In the present study a cell matrix construct (bone marrow derived cells seeded fish swimbladder matrix) was used as a biological substitute for the repair of full thickness skin wound in an experimental model. This book provide a detailed review and protocol of dermal reconstruction of full thickness skin defect with a cell-matrix construct based biomaterial.

Produktbeschreibung
Extensive or irreversible damage to the skin, often requires additional substitutes for reconstruction. Biomaterials have become critical components in the development of effective new medical therapies for wound care. In the present study a cell matrix construct (bone marrow derived cells seeded fish swimbladder matrix) was used as a biological substitute for the repair of full thickness skin wound in an experimental model. This book provide a detailed review and protocol of dermal reconstruction of full thickness skin defect with a cell-matrix construct based biomaterial.
Autorenporträt
Dr Remya V. is pursuing PhD in Veterinary Surgery & Radiology from Indian Veterinary Research Institute. She completed her BVSc & AH from KAU, India in the year 2009. She has obtained masters degree in Veterinary Surgery & Radiology from IVRI in the year 2012. She has been the recipient of ICAR JRF, ICMR JRF, Inspire JRF and ICAR SRF.