Plastic and Reconstructive Surgery in Personalized Medicine

© 2022 by the authors; CC BY-NC-ND license

flap grafting; microsurgery; biosensor; bioelectrical impedance; rat; hyperspectral imaging; Allen’s test; radial forearm free flap; microvascular surgery; microsurgery; reconstructive surgery; perfusion monitoring; flap imaging; critical bone defect; vascularized fibula; Capanna technique; Masquelet induced membrane; intercalary reconstruction; bone tumor; ballistic trauma; perforator flaps; flap imaging; microsurgery; DIEP; thermal imaging; hyperspectral imaging; laser Doppler; perineal reconstruction; VRAM flap; neourethra; urethral reconstruction; posttraumatic lymphedema; long bone fractures; soft tissue injury; lower extremity; HSI; objective; hyperspectral signature; timely recognition; reconstruction; head and neck; non-invasive; non-contact; cytostatic agents; doxorubicin; indocyanine green; oncology; perfusion; surgical oncology; peripheral nerve injury; psychosocial factor; nerve repair; neuroma; brachial plexus injury; compression neuropathy; pain; depression; disability; quality of life; scar; scar therapy; algorithm; free flap; tissue transfer; perforator propeller flap; combined perforator propeller flap; microsurgery; soft tissue reconstruction; propeller flap; perforator flap; irradiation; imaging; malperfusion; sternal defect reconstruction; deep sternal wound infection; DSWI; reconstructive microsurgery; free flap; tensor fasciae latae flap; TFL flap; muscle transplantation; rat gastrocnemius; in situ stimulation; muscle contraction; perfusion-decellularization; microsurgery; flap imaging; perforator flaps; autologous breast reconstruction; free tissue transfer; indocyanine green angiography; transit-time flowmetry; neurofibromatosis; craniofacial; surgical treatment; multidisciplinary team; plexiform neurofibroma; forequarter amputation; targeted muscle reinnervation; osteomusculocutaneous flap; fillet flap; epaulette flap; interscapulothoracic amputation; spare parts; microsurgery; reconstructive surgery; CTA; autologous breast reconstruction; DIEP flap; MS-TRAM flap; perforator; personalized medicine; thermal imaging; reconstructive breast surgery; mastectomy-skin-flap perfusion; mastectomy-skin-flap necrosis; suture materials; crush load; mechanical properties; wound closure; adipose-derived stem cells; ADSC; MCF-10A; mammary epithelial cells; irradiation; fibroblasts; epithelial-mesenchymal transition; mesenchymal markers; breast infection; peri-prosthetic infection; breast implant infection; silicone prostheses; negative pressure wound therapy; instillation; n/a