@misc{mandlik_prefabrication_and_2016, 
author={Mandlik, V.,Kehrer, A.,Jiga, L.,Hoinoiu, B.,Ionac, M.,Jung, F.,Staudenmaier, R.,Prantl, L.},
title={Prefabrication and free transfer of a Tissue Engineered Composite Flap – An experimental model in the rat},
year={2016},
howpublished = {journal article},
doi = {https://doi.org/10.3233/C-168120},
abstract = {BACKGROUND: The technique of flap-prefabrication has been successfully established in tissue engineering: missing intrinsic vascularisation of engineered tissue can be generated in vivo by microsurgical vesselloop construction. It is possible to move engineered tissue into a defect with microsurgery. In the literature, the combination of engineered tissue covered with skin is not widely reported.,OBJECTIVE: Aim of this study was to establish a model to investigate scaffold prefabrication with full thickness skin graft coverage with subsequent free tissue transfer.,METHODS: 8 Wistar rats were operated in 2 separate steps: 1) after creating an arteriovenous loop with the femoral vessels, a porous scaffold was placed on the loop and covered with an inguinally based skin flap. A control was implanted without loop into the contralateral groin. 2) 6 weeks later the prefabricated composite flaps were microsurgically transferred to the cervical region. Skin-island monitoring was performed with Laser Doppler-scanner after the transfer.,RESULTS: Continuous loss of the skin islands was observed within 72 hours. Complications included wound-dehiscence, thrombosis and death from anaesthesia; in spite of consistent loop viability.,CONCLUSION: Evaluation showed that modifications are necessary to maintain the skin-island cove.},
note = {Online available at: \url{https://doi.org/10.3233/C-168120} (DOI). Mandlik, V.; Kehrer, A.; Jiga, L.; Hoinoiu, B.; Ionac, M.; Jung, F.; Staudenmaier, R.; Prantl, L.: Prefabrication and free transfer of a Tissue Engineered Composite Flap – An experimental model in the rat. Clinical Hemorheology and Microcirculation. 2016. vol. 64, no. 3, 319-331. DOI: 10.3233/C-168120}}