Restoration of Facial Defects with Digital Technology

Front Cover
Restoration of Facial Defects With Digital Technology
Copyright Page
Contents
List of contributors
Foreword
Acknowledgments
1 Facial defects
	1.1 Introduction
		1.1.1 Ear defects
		1.1.2 Nasal defects
		1.1.3 Eye defects
	1.2 Etiology
		1.2.1 Ear defects
			Congenital malformations
			Neoplasms
			Basal cell carcinomas
			Squamous cell carcinoma
			Melanoma
			Traumas
		1.2.2 Nasal defects
			Neoplasms
			Cutaneous basal cell carcinoma
			Cutaneous squamous cell carcinoma
			Sinonasal squamous cell carcinoma
			Melanoma
			Osteosarcoma
			Chondrosarcoma
			Traumas
			Infections
		1.2.3 Eye defects
			Traumas
			Neoplasms
			Basal cell carcinoma of the eyelid
			Squamous conjunctival neoplasia
			Choroid melanoma
			Conjunctival melanoma
			Lymphoma
	1.3 Epidemiology
		1.3.1 Ear defects
			Head-neck
			Ear
		1.3.2 Nasal defects
			Basal cell carcinoma
			Squamous cell carcinoma
			Melanoma
			Sarcomas
		1.3.3 Eye defects
			Eyelid basal cell carcinoma
			Squamous conjunctival neoplasia
			Choroid melanoma
			Conjunctival melanoma
	References
2 Facial surgery
	2.1 Ear defects
		2.1.1 Indications for surgery
			Basal cell carcinoma
			Squamous cell carcinoma
			Melanoma
		2.1.2 Postsurgical residual defects
		2.1.3 Implant positioning
			Prosthetically guided surgery: surgical masks
	2.2 Nasal defects
		2.2.1 Indications for surgery
			Nasosinusal basal cell carcinoma
			Nasosinusal mucosal melanoma
			Reconstruction of the nasal pyramid with pedunculated free flaps or grafts
		2.2.2 Postsurgical residual defects
		2.2.3 Implant positioning
			Surgical guidance masks
	2.3 Eye defects
		2.3.1 Indications for surgery
			Eyelid basal cell carcinoma
			Squamous conjunctival neoplasia
			Choroid melanoma
			Conjunctival melanoma
		2.3.2 Postsurgical residual defects
		2.3.3 Implant positioning
			Surgical guides for implant positioning
	References
3 Rehabilitation of auricular defects
	3.1 Decision-making processes: the rehabilitation strategy
	3.2 Prosthetic rehabilitation of auricular defects: conventional (analogic) procedures
		3.2.1 Adhesive ear prosthesis
	3.3 Rehabilitation of auricular defects with CAD-CAM technologies
	3.4 Clinical procedure
	References
4 Rehabilitation of nasal defects
	4.1 Decision-making processes: the rehabilitation strategy
	4.2 Prosthetic rehabilitation of nasal defects: conventional (analogic) protocol
		4.2.1 Implant-supported nasal epitheses
		4.2.2 Eyeglasses-supported nasal prosthesis
		4.2.3 Adhesive-retained epithesis
	4.3 CAD-CAM construction of the nasal prosthesis: eyeglasses and implant-supported prosthesis
		4.3.1 Mechanically supported nasal prosthesis
		4.3.2 Implant-supported nasal epitheses
	4.4 Clinical procedure
		4.4.1 Provisional eyeglasses-supported nasal prosthesis
			Step 1: Initial impression and prosthetic design
			Step 2: Computer-aided manufacturing and retentive system construction
			Step 3: Silicone processing, extrinsic coloration and delivery of eyeglasses-supported nasal prosthesis
		4.4.2 Definitive implant-supported nasal prosthesis
			Step 4: Design and manufacturing of the surgical template for static navigation
			Step 5: Implant surgery
			Step 6: Impression, digital design, and manufacturing
			Adhesive-retained epithesis
	References
5 Rehabilitation of ocular defects
	5.1 Decision-making process: the rehabilitation strategy
	5.2 Prosthetic rehabilitation of ocular defects: conventional (analogic) procedures
		5.2.1 Implant-retained oculofacial prosthesis
	5.3 Prosthetic rehabilitation of ocular defects: CAD/CAM techniques
	5.4 Clinical procedure
		Step 1: Digital impression
		Step 2: Project and design
		Step 3: Clinical try-in
		Step 4: Mold manufacturing
	References
6 Research trends
	CAD-CAM experimental scaffolding for the regenerative medicine
	6.1 Scaffolding for bony reconstruction
	6.2 Scaffolding for orbital reconstruction
	6.3 Research perspectives on bone regenerative medicine
	References
Index
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