TECH offers you the latest advances in Oculoplasties through this very complete program, with which in only 12 months you will have perfected your medical skills in a guaranteed way”

The fantastic results obtained from the increasingly successful and specialized practice of Oculoplasties Surgery have made it possible to intervene in the correction of problems of the periocular facial structures of millions of patients. Thanks to this, nowadays it is possible to count on techniques and treatments for the recovery of the function of the eye and its annexed structures, having a remarkable influence, not only in the increase of the visual quality of the person, but also in his daily life.

However, it is a field in continuous evolution and expansion, which is why specialists in this branch of ophthalmology must be continually updating their knowledge and implementing the latest techniques in their practice.
In order to facilitate this task, TECH and its team of experts in Oculoplasties Surgery have developed this Master's Degree, which includes 1,500 hours of the best theoretical and practical content in the university sector. It is a dynamic, exhaustive program, adapted to the latest evidence in this field of medicine, with which the graduate will be able to get up to date in less than a year, acquiring a deep and quality knowledge of this subspecialty.

The syllabus will delve into the most relevant aspects of surgery, as well as palpebral malposition, eyelash malposition and dystonia, with special emphasis on the specific management of this type of patients. It will also delve into ptosis, its diagnosis and treatment, while allowing the specialist to know in detail the latest scientific evidence related to reconstructive surgery and pathologies of the lacrimal pathways.

All this through a 100% online program that also includes hundreds of hours of additional high quality material: complementary readings, research articles, dynamic summaries of each unit, detailed videos, images and real clinical cases. In this way, the graduates will be able to focus on those aspects they consider most relevant for the improvement of their medical skills. In addition, its convenient format, without timetables and accessible from any device with an internet connection, will allow you to keep up to date with total guarantee in a way that is compatible with your professional and personal life.

A 100% online program designed by experts in Oculoplasties Surgery and aimed at professionals who, like you, are continually seeking to offer an even better medical service to their patients”

This Master's Degree in Oculoplasty, Tear Ducts and Orbit contains the most complete and up-to-date scientific program on the market. The most important features include:

• The development of case studies presented by Ophthalmology experts
• The graphic, schematic, and practical contents which provide scientific and practical information on the disciplines that are essential for professional practice
• Practical exercises where self-assessment can be used to improve learning
• Its special emphasis on innovative methodologies 
• Theoretical lessons, questions to the expert, debate forums on controversial topics, and individual reflection assignments
• Content that is accessible from any fixed or portable device with an Internet connection

Among the most frequent consultations in Ophthalmology, palpebral malpositions stand out. With this program you will learn in detail the most effective methods of intervention and treatment of the moment”

The program’s teaching staff includes professionals from the sector who contribute their work experience to this educational program, as well as renowned specialists from leading societies and prestigious universities.

Its multimedia content, developed with the latest educational technology, will provide the professional with situated and contextual learning, i.e., a simulated environment that will provide an immersive education programmed to learn in real situations.

The design of this program focuses on Problem-Based Learning, by means of which the professional must try to solve the different professional practice situations that are presented throughout the academic course. For this purpose, the student will be assisted by an innovative interactive video system created by renowned experts.

A program that will give you an in-depth understanding of the anatomical considerations to be taken into account when treating a patient with involutional periobital changes"

The perfect program to update your knowledge related to periocular and orbital anatomy is right in front of you. Don't let it pass you by"

TECH and the teaching team have developed this Master's Degree taking into account, on the one hand, the most innovative and specific information related to the latest advances in Oculoplasties Surgery, as well as the newest and most effective teaching methodology, Relearning. Thanks to this and to the amount of additional high quality material that the graduates will find in the Virtual Classroom, they will be able to obtain from this program an immersive, dynamic and attractive updating experience, in which they will not have to invest long and tedious hours of study in order to obtain the best results.

You will work on the repair of full-thickness defects of less than 50%, 50 to 75% and greater than 75%, through real clinical cases that the teaching team has selected for this Master's Degree”

Module 1. Aspects in Oculoplastic Surgery

1.1. Periocular and Orbital Anatomy

1.1.1. Eyebrows
1.1.2. Eyelids
1.1.3. Orbital Bones
1.1.4. Muscle
1.1.5. Canthal Tendons
1.1.6. Septum and Preaponeurotic Fat
1.1.7. Conjunctiva

1.2. Anatomy of the Lacrimal Duct, Nasal Cavity and Paranasal Sinuses

1.2.1. Lacrimal System
1.2.2. Nasal Anatomy
1.2.3. Paranasal Sinuses

1.3. Facial Anatomy

1.3.1. Skin and Tissue Subcutaneous
1.3.2. Musculature of Facial Expression
1.3.3. Superficial Musculoaponeurotic System (SMAS) and Associated Fat Packages
1.3.4. Galea
1.3.5. Temporoparietal Fascia
1.3.6. Suspensory Ligaments

1.4. Innervation of the Periocular Area

1.4.1. Sensory Innervation

1.4.1.1.Ophthalmic Branch of the Trigeminal Nerve (V1)
1.4.1.2.Maxillary Branch of the Trigeminal Nerve (V2)

1.4.2. Innervation of the Facial Musculature

1.4.2.1.Facial Nerve

1.4.3. Innervation of the Extraocular Muscles

1.4.3.1.Innervation of the Extraocular Muscles
1.4.3.2.Fourth Cranial Nerve (IV)
1.4.3.3.Sixth Cranial Nerve (VI)

1.4.4. Autonomous Innervation

1.4.4.1.Sympathetic
1.4.4.2.Parasympathetic

1.5. Irrigation of the Periocular Area

1.5.1. Arterial Irrigation

1.5.1.1.External Carotid Artery

1.5.1.1.1. Facial Artery
1.5.1.1.2. Internal Maxillary Artery
1.5.1.1.3. Superficial Temporal Artery

1.5.1.2.Internal Carotid Artery
1.5.1.3.Anastomosis Between the Internal and External Carotid Arteries

1.5.2. Venous Drainage
1.5.3. Lymphatic Drainage

1.6. Surgical instruments

1.6.1. Scalpel Blades and other Cutting Instruments
1.6.2. Scissors
1.6.3. Tweezers
1.6.4. Separators/Retractors
1.6.5. Needle Holders
1.6.6. Sutures

1.7. Skin Marking and Local Anesthesia

1.7.1. Markers
1.7.2. Incisions in Natural Grooves
1.7.3. Incisions Adjacent to Anatomical Structures
1.7.4. Main Drugs Used in Local Infiltration

1.7.4.1.Lidocaine
1.7.4.2.Bupivacaine
1.7.4.3.Sodium Bicarbonate

1.7.5. Infiltration/Blocking Techniques

1.8. Preoperative Management of the Anticoagulated/Antiaggregate Patient
1.9. Hemostasis and Aspiration

1.9.1. Hemostasis

1.9.1.1.Tamponade
1.9.1.2.Cauterization
1.9.1.3.Bone Waxing
1.9.1.4.Drainages
1.9.1.5.Aspiration

1.10. Imaging Tests

Module 2. Palpebral Malposition, Eyelash Malpositions and Dystonia in Ophthalmology

2.1. Normal and Abnormal Palpebral Anatomy. Symptoms Exploration and Diagnostic Assessment
2.2. Involutional Ectropion

2.2.1. Causes
2.2.2. Diagnostic
2.2.3. Management and Treatments

2.2.3.1.Medical-Conservative Treatment
2.2.3.2.Surgical Management

2.3. Scarring Ectropion

2.3.1. Causes
2.3.2. Diagnostic
2.3.3. Management and Treatments

2.3.3.1.Medical-Conservative Treatment
2.3.3.2.Surgical Management

2.4. Paralytic Ectropion and Facial Palsy

2.4.1. Causes
2.4.2. Diagnostic
2.4.3. Management and Treatments

2.4.3.1.Medical-Conservative Treatment
2.4.3.2.Surgical Management

2.5. Involutional and Spastic Entropion

2.5.1. Causes
2.5.2. Diagnostic
2.5.3. Management and Treatments

2.5.3.1.Medical-Conservative Treatment
2.5.3.2.Surgical Management

2.6. Cicatricial Entropion

2.6.1. Causes
2.6.2. Diagnostic
2.6.3. Management and Treatments

2.6.3.1.Medical-Conservative Treatment
2.6.3.2.Surgical Management

2.7. Trichiasis

2.7.1. Causes
2.7.2. Diagnostic
2.7.3. Management and Treatments

2.8. Distichiasis

2.8.1. Causes
2.8.2. Diagnostic
2.8.3. Management and Treatments

2.9. Facial Muscles and Examination of the Patient with Hyperactive Face. Dystonia in Ophthalmology

2.9.1. Benign Essential Blepharospasm
2.9.2. Apraxia of Aperture
2.9.3. Meige's Syndrome
2.9.4. Hemifacial Spasm

2.10. Congenital Palpebral Pathology

Module 3. Periorbital Involutional Changes and Periocular Aesthetics

3.1. Involutional Changes
3.2. Anatomic Considerations
3.3. Counseling/Planning
3.4. Browplasty

3.4.1. Preoperative Examination
3.4.2. Direct Brow Lift
3.4.3. Endoscopic Brow Lift
3.4.4. Complications
3.4.5. Post-Operative Care

3.5. Upper Blepharoplasty

3.5.1. Preoperative Examination
3.5.2. Surgical Technique
3.5.3. Complications
3.5.4. Post-Operative Care

3.6. Lower Blepharoplasty

3.6.1. Preoperative Examination
3.6.2. Surgical Technique
3.6.3. Complications
3.6.4. Post-Operative Care

3.7. CO2 Laser

3.7.1. Patient Choice
3.7.2. Uses
3.7.3. Complications

3.8. Fillings

3.8.1. Types of Fillings
3.8.2. Uses
3.8.3. Complications

3.9. Botulinum Toxin

3.9.1. Specific Aspects
3.9.2. Uses
3.9.3. Complications

3.10. New Paradigms in Periocular Aesthetics

Module 4. Ptosis, Diagnosis and Treatment

4.1. Palpebral Ptosis
4.2. Diagnosis and Examination of Palpebral Ptosis
4.3. Aponeurotic Ptosis

4.3.1. Senile or Involutional Aponeurotic Ptosis
4.3.2. Congenital Aponeurotic Ptosis
4.3.3. Hereditary or Late Acquired Aponeurotic Ptosis
4.3.4. Aponeurotic Ptosis Associated with Blepharophimosis Syndrome
4.3.5. Aponeurotic Ptosis in Relation to Contact Lens Wearing
4.3.6. Aponeurotic Ptosis in Thyroid Orbitopathy

4.4. Myogenic Ptosis

4.4.1. Simple and complex congenital myogenic myogenic ptoses
4.4.2. Acquired Myogenic Ptosis. Myasthenia Gravis, Myotonic Dystrophy and CPEO

4.5. Neurogenic Ptosis

4.5.1. Ptosis due to Paralysis of the III Pair. Congenital and Acquired
4.5.2. Ptosis in Marcus Gunn Syndrome
4.5.3. Ptosis in Horner Syndrome

4.6. Pseudoptosis
4.7. Techniques of Reinsertion of the Aponeurosis

4.7.1. Simple Reinsertion of the Aponeurosis to the Tarsus. Anterior and Posterior Route
4.7.2. Combined Reinsertion of Aponeurosis to the Tarsus and Whitnall's Ligament. Anterior and Posterior Route

4.8. Conjunctivomüllerectomy
4.9. Techniques of Resection and Folding of the Aponeurosis of the EPS

4.9.1. Resection of the EPS Aponeurosis
4.9.2. Modified EPS Resection
4.9.3. Folding of the Aponeurosis of the EPS

4.10. Frontal Suspension Techniques

4.10.1. Indirect Suspension to the Frontalis Muscle and Materials
4.10.1.1.Direct Suspension to the Frontalis Muscle, Direct Frontalis Flap

Module 5. Benign/Malignant Palpebral Lesions and Reconstructive Surgery

5.1. Skin Anatomy and Appendages
5.2. Differential Diagnosis of Palpebral Lesions
5.3. Tumors of the Epidermis
5.4. Tumors of the Cutaneous Appendages
5.5. Pigmented Lesions
5.6. Other Palpebral Tumors

5.6.1. Vascular
5.6.2. Fibrous
5.6.3. Muscular
5.6.4. Numerals
5.6.5. Perineural
5.6.6. Lipomatous
5.6.7. Cartilaginous
5.6.8. Lymphoid
5.6.9. Hamartomatous

5.7. Biopsy Techniques

5.7.1. Mohs Surgery
5.7.2. Intraoperative Pathological Anatomy
5.7.3. Cold Biopsy

5.8. Repair of Anterior Lamellar Defects and Management of Facial Skin Grafts
5.9. Repair of Full-Thickness Defects Less Than 50%, 50% to 75% and Greater Than 75%
5.10. Assessment of Oncologic Prognosis

Module 6. Tear Ducts

6.1. Lacrimal Pathways

6.1.1. Lacrimal Duct

6.1.1.1. Tear Drainage System
6.1.1.2. Lacrimal Points
6.1.1.3. Canalicul
6.1.1.4. Common Canaliculus
6.1.1.5. Lacrimal Sac
6.1.1.6. Nasolacrimal Duct

6.1.2. Physiology of the Lacrimal Duct

6.1.2.1. Tear Drainage System
6.1.2.2. Lacrimal Points
6.1.2.3. Canalicul
6.1.2.4. Common Canaliculus
6.1.2.5. Lacrimal Sac

6.2. Exploration of the Lacrimal Ducts

6.2.1. Exploration in Consultation: Tear Duct Patency Tests

6.2.1.1. Irrigation or Syringing of the Lacrimal Duct
6.2.1.2. Flourescein Disappearance Test
6.2.1.3. Jones Staining Test
6.2.1.4. Primary
6.2.1.5. Secondary

6.2.2. Complementary Tests

6.2.2.1. Dacryocystography
6.2.2.2. Dacryotac
6.2.2.3. Dacryogammagraphy
6.2.2.4. Endoscopic Nasal Diagnosis

6.3. Diagnosis and Treatment of Lacrimal Punctal Obstruction

6.3.1. Clinical Manifestations
6.3.2. Causes
6.3.3. Diagnosis of Lacrimal Punctal Obstruction
6.3.4. Differential Diagnosis
6.3.5. Techniques of Punctaplasty
6.3.6. Postoperative Period and Complications of Dotoplasty

6.4. Diagnosis and Treatment of Lower Lacrimal Duct Obstruction

6.4.1. Clinical Manifestations
6.4.2. Causes
6.4.3. Diagnosis of Lower Lacrimal Duct Obstruction
6.4.4. Treatment of Lower Lacrimal Duct Obstruction

6.4.4.1.Dacryocystorhinostomy (DCR)

6.4.4.1.1. Endomonasal Dacryocystorhinostomy

6.4.4.1.1.1. History and Evolution of the Endonasal DCR
6.4.4.1.1.2. Techniques of Endonasal Dacryocystorhinostomy
6.4.4.1.1.3. Selective Endonasal RCD
6.4.4.1.1.4. Endonasal Laser RCD
6.4.4.1.1.5. Postoperative Period for Endonasal RCD
6.4.4.1.1.6. Complications of Endonasal RCD

6.4.4.2.External Dacryocystorhinostomy

6.4.4.2.1. History and Evolution of External DCR
6.4.4.2.2. External Dacryocystorhinostomy Techniques
6.4.4.2.3. Postoperative Period of External DCR
6.4.4.2.4. Complications of External DCR

6.4.4.3.Dacryocystectomy

6.4.4.3.1. Indications
6.4.4.3.2. Surgical Technique
6.4.4.3.3. Post-Operative
6.4.4.3.4. Complications

6.5. Diagnosis and Treatment of Canalicular Obstruction

6.5.1. Clinical Manifestations
6.5.2. Causes
6.5.3. Exploration and Diagnosis of Canalicular Obstruction
6.5.4. Indications for Conjunctivodacryocryocys Torhinostomy
6.5.5. Techniques of conjunctivodacryocryocys Torhinostomy
6.5.6. Pyrex Tubes
6.5.7. Metereaux Tubes
6.5.8. Complications of Conjunctivodacryocryocys Torhinostomy

6.6. Controversy Between Endonasal DCR and External DCR

6.6.1. Medicine Based on Scientific Evidence
6.6.2. Advantages and Disadvantages of Endonasal RCD
6.6.3. Advantages and Disadvantages of External RCD
6.6.4. Comparison of Endonasal RCD vs. External RCD
6.6.5. Conclusions

6.7. Infectious and Inflammatory Pathology of the Lacrimal Duct

6.7.1. Canaliculitis

6.7.1.1.Clinical Manifestations
6.7.1.2.Causes
6.7.1.3.Diagnosis of Canaliculitis
6.7.1.4.Treatment of Canaliculitis

6.7.2. Acute Dacryocystitis (ACD)

6.7.2.1.Clinical Manifestations of ACD
6.7.2.2.ACD Causes
6.7.2.3.ACD Diagnosis
6.7.2.4.DCA Treatment

6.7.3. Lacrimal Punctal Inflammatory Disease (LIPD)

6.7.3.1.EIPL Diagnosis
6.7.3.2.EIPL Treatment

6.8. Lacrimal Sac Tumors

6.8.1. Clinical Manifestations
6.8.2. Diagnostic
6.8.3. Histological Variants
6.8.4. Differential Diagnosis
6.8.5. Treatment
6.8.6. Prognosis

6.9. Functional Epiphora

6.9.1. Functional Epiphora
6.9.2. Epiphora Causes
6.9.3. Functional Epiphora Diagnosis
6.9.4. Anamnesis and Exploration
6.9.5. Diagnostic Tests

6.9.5.1.Lacrimal Duct Irrigation

6.9.5.1.1. Dacryocystography (DCG)
6.9.5.1.2. Dacryotac (DCT)
6.9.5.1.3. Dacryocystogammagraphy (DSG)

6.9.6. Functional Epiphora Treatment

6.9.6.1.Lower Eyelid Shortening Surgeries
6.9.6.2.Intubation
6.9.6.3.Dacryocystorhinostomy

6.9.7. Therapeutic Protocol

6.10. Lacrimal Duct Congenital Pathology Lacrimal Duct

6.10.1. Lacrimal Duct Congenital Malformations

6.10.1.1.Embryology
6.10.1.2.Lacrimal Point and Canaliculi
6.10.1.3.Dacryocystocele
6.10.1.4.Lacrimal Fistula

6.10.2. Associations of Systemic Diseases and Syndromes
6.10.3. Congenital Obstruction of the Lacrimonasal Duct

6.10.3.1.Clinical Manifestations

6.10.4. Diagnostic
6.10.5. Treatment

6.10.5.1.Conservative Medical Treatment
6.10.5.2.Probing
6.10.5.3.Intubation
6.10.5.4.Catheter-Balloon Dilatation
6.10.5.5.Dacryocystorhinostomy
6.10.5.6.Treatment Protocol

Module 7. Palpebral and Orbital Trauma. Orbital Examination

7.1. Assessment of the Traumatic Patient

7.1.1. Stabilization and General Assessment
7.1.2. Intraocular Examination
7.1.3. Evaluation of the Eyelids
7.1.4. Orbital Examination

7.2. Repair of Palpebral Lacerations

7.2.1. Repair of Simple Palpebral Lacerations
7.2.2. Repair of Full-Thickness Palpebral Lacerations

7.3. Repair of Lacerations Involving the Lacrimal Duct
7.4. Fracture of the Floor of the Orbit

7.4.1. Clinic and Presentation. When to Suspect?
7.4.2. Surgical Treatment
7.4.3. Implants

7.5. Fracture of Other Orbital Walls

7.5.1. Medial Wall Fracture
7.5.2. Lateral Wall Fracture
7.5.3. Roof Fracture

7.6. Complex Fractures

7.6.1. Blow-out Fracture "Blow-Out)
7.6.2. Le-Fort Fractures
7.6.3. Fracture of the Zygomatic-Maxillary Complex

7.7. Orbital Foreign Bodies
7.8. Orbital Compartment Syndrome
7.9. Traumatic Optic Neuropathy
7.10. Traumatic Muscular Contusion

Module 8. Inflammatory and Infectious Diseases of the Orbit

8.1. Exploration of the Orbit

8.1.1. Physical Examination of the Orbit

8.2. Differential Diagnosis of Proptosis
8.3. Thyroid Ophthalmopathy (TO):

8.3.1. Etiology
8.3.2. Clinical Symptoms
8.3.3. Diagnostic
8.3.4. Classification

8.3.4.1.Mild/Moderate/Severe
8.3.4.2.Active/Inactive
8.3.4.3.Patient Quality of Life Tests

8.4. Medical Treatment of TO
8.5. Surgical Treatment of TO
8.6. Specific Inflammatory Diseases of the Orbit

8.6.1. Vasculitis: Granulomatosis With Polyangiitis and Others
8.6.2. Granulomatous Inflammations of the Orbit

8.6.2.1.Sarcoidosis
8.6.2.2.Wegener's Disease
8.6.2.3.Others

8.7. IgG4-related Disease
8.8. Idiopathic Orbital Inflammatory Disease

8.8.1. Classification
8.8.2. Diagnostic Management: Biopsy vs. Empirical Corticosteroid Therapy
8.8.3. Treatment

8.9. Infectious Diseases of the Orbit I

8.9.1. Preseptal Cellulitis
8.9.2. Cellulite

8.10. Other Infectious Diseases of the Orbit
8.10.1. Mucormycosis

Module 9. Tumor and Orbital Vascular Pathology. Surgical Approach of the Orbit

9.1. Benign Neoplasms of Vascular Origin

9.1.1. Capillary Hemangioma
9.1.2. Intraosseous Hemangioma

9.2. Benign Neoplasms of Neural Origin

9.2.1. Schwanoma
9.2.2. Neurofibroma
9.2.3. Optic Nerve Meningioma
9.2.4. Optic Nerve Glioma

9.3. Benign Neoplasms of the Lacrimal Gland
9.4. Other Benign Lesions of the Orbit
9.5. Primary Malignant Neoplasms: Orbital Lymphoma
9.6. Primary Malignant Neoplasms: Orbital Rhabdomyosarcoma
9.7. Malignant Neoplasms of Lacrimal Gland
9.8. Other Malignant Neoplasms of the Orbit

9.8.1. Extension of Periocular Malignant Tumors
9.8.2. Spread of Intraocular Malignant Tumors
9.8.3. Orbital Metastases

9.9. Vascular Malformations of the Orbit

9.9.1. Venous Malformation of the Orbit
9.9.2. Veno-Lymphatic Malformations of the Orbit
9.9.3. Arterio-Venous Malformations of the Orbit
9.9.4. Other Orbital Vascular Malformations

9.10. Choice of Surgical Approach. Preoperative and Intraoperative Considerations

9.10.1. Anterior Orbitotomy
9.10.2. Medial Orbitotomy
9.10.3. Lateral Orbitotomy
9.10.4. Other Approaches to the Orbit

Module 10. Anophthalmic Cavity

10.1. Monophthalmic Patient

10.1.1. Causes of Loss of the Eyeball. Painful Blind Eye. Ptisis
10.1.2. Visual Phenomenons Secondary to the Loss of the Eyeball

10.1.2.1.Monocular and Binocular Vision
10.1.2.2.Loss of VC and Stereopsis. The Phantom Eye

10.1.3. Quality of Life, Psychological and Psychopathological Aspects in the Monophthalmic Patient

10.2. Evisceration of the Eyeball

10.2.1. Indications
10.2.2. Surgical Technique and Postoperative Management
10.2.3. Complications

10.3. Enucleation of the Eyeball

10.3.1. Indications
10.3.2. Surgical Technique and Postoperative Management
10.3.3. Complications

10.4. Orbital Exenteration

10.4.1. Indications
10.4.2. Surgical Technique and Postoperative Management
10.4.3. Complications

10.5. Synthetic Orbital Implants

10.5.1. Ideal Implant
10.5.2. Types of Material
10.5.3. Implant Size
10.5.4. Exposure and Extrusion

10.5.4.1.Introduction
10.5.4.2.Causes
10.5.4.3.Clinical and Management

10.6. Use of Autologous Material: Dermal Fat Graft

10.6.1. Indications
10.6.2. Surgical Technique and Postoperative Management
10.6.3. Complications
10.6.4. WHO vs. Synthetic Orbital Implant

10.7. Anophthalmic Syndrome

10.7.1. Treatment of Enophthalmos and Sinking of the PPS

10.7.1.1.Combined Technique
10.7.1.2.Lipostructure
10.7.1.3.Others: Rib Cartilage Grafting

10.7.2. Management of Ptosis in Ocular Prosthesis Carriers

10.8. Reconstruction of the Retracted Anophthalmic Orbit

10.8.1. Assessment
10.8.2. Surgical Treatment of the Retraction

10.9. Ocular prosthesis

10.9.1. Ocular Surface
10.9.2. Fitting and Fabrication
10.9.3. Removal and Fitting Maneuvers
10.9.4. Assessment of the Prosthesis and Inspection of the Cavity Medical Pathology and Treatment
10.9.5. Indications to the Patient
10.9.6. Research and Future

10.10. Anophthalmic Cavity in Pediatric Age

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