Albert and Jakobiec's Principles and Practice of Ophthalmology: Volume 3, Part 2
Editat de Daniel Albert, Joan Miller, Dimitri Azar, Lucy H. Youngen Limba Engleză Hardback – 27 feb 2021
Back Cover Copy Draft text:
The 4thedition of this comprehensive and authoritative text is written by hundreds of the most distinguished authorities from around the world and edited by three leaders in the field, providing today's best answers to every question that arises in ones ophthalmology practice. Richly illustrated with thousands of high quality, full color, clinically-relevant images, Albert and Jakobiec's Principles and Practice of Ophthalmology, 4th Editioncovers every scientific and clinical principle in ophthalmology, ensuring that the reader will always be able to find the guidance needed to diagnose and manage patients' ocular problems and meet today's standards of care. Written for practicing ophthalmologists and trainees, this book delivers in-depth guidance on new diagnostic approaches, operative techniques, and treatment options, as well as coherent explanations of every new scientific concept and its clinical importance. The 4thedition will prove to bethesource every practicing clinician needs to efficiently and confidently overcome any clinical challenge they may face.
Updates include new chapters on anterior and posterior segment diseases, as well as chapters more focused on treatment, plus thousands of new, high-quality, color images and illustrations, updated references, and information on the most cutting-edge technology used by clinicians in their practices today. Additionally, readers will enjoy the same, user-friendly, full-color design they remember from the previous edition, complete with many at-a-glance summary tables, algorithms, boxes, and diagrams that allow the reader to locate the assistance needed more rapidly than ever.
“I am familiar with the book and well recognized authors and Editors. The book in its current form is encyclopedic. Could be more focused on treatment. Long duration between 3rd and the 4thedition necessitates almost complete rework. The proposal hits on the key aspects for a successful textbook. The unique advantages are its name recognition (20 yrs of legacy) and established track record. Would support the proposal.”Dr. Arun Singh, Cleveland Clinic, Department of Ophthalmology (Springer’s EiO series editor and regular Springer volume editor):
– I shared these comments with the VE’s and they have acknowledged that all chapters will be re-worked in one way or another (from basic, updated references to complete re-writes of chapters and updated, clinically relevant, full-color photos).
“…This has always been a very authoritative and prestigious text with encyclopedic knowledge from prestigious authors and contributors. It has served, in the past, as a standard approach for all residents in training, as well as comprehensive ophthalmologists and people in allied fields. Formerly, optometrists did not purchase books, but they do now. My Retinal Atlas is a good example of how they are trying to understand the ophthalmic principles and practices to enhance their profession. One addition to the new version would be imaging…anterior and posterior segment diseases. This would be essential to allow a broad interest and comprehensive training and learning experience.”–Dr. Lawrence Yannuzzi, MD, President The Macula Foundation, Professor of Clinical Ophthalmology, Columbia University(current Springer Volume Editor).–I shared these comments with the VE’s and they agreed to add the anterior and posterior segment diseases (and had been planning on it)
Reviews of the last edition:"The reference by which other ophthalmology texts are judged." ― Archives of Ophthalmology "The current standard in comprehensive ophthalmology textbooks." ― JAMA "A magnificent encyclopedic work...A ready source of information when getting ready to perform a seldom-done surgical procedure or when stumped with an unusual clinical problem." ― Survey of Ophthalmology
"This is a wonderful set of volumes with top quality in their coverage of current ophthalmology, a valuable addition to the library of all ophthalmologists." Graefe's Archive for Clinical and Experimental Ophthalmology, September 2009
"In 1994, Daniel M. Albert and Frederik A. Jakobiec produced the first edition of this award-winning and esteemed masterwork, which is used by the ophthalmic community worldwide as reference. The third edition… is a 4-volume, 5502-page update of this magnificent encyclopedic work. A highpoint of this new edition is the website access…this is a wonderful set of volumes with top quality in their coverage of current ophthalmology, a valuable addition to the library of all ophthalmologists." – Springer: Graefes Arch Clin Exp Ophthalmol (2009) 247:1437–1438
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Specificații
ISBN-13: 9783030425883
ISBN-10: 3030425886
Dimensiuni: 178 x 254 mm
Ediția:4th ed. 2021
Editura: Springer
Colecția Springer
Locul publicării:Cham, Switzerland
ISBN-10: 3030425886
Dimensiuni: 178 x 254 mm
Ediția:4th ed. 2021
Editura: Springer
Colecția Springer
Locul publicării:Cham, Switzerland
Cuprins
Fundamentals
of
Genetics.-
Molecular
Mechanisms
of
Inherited
Disease.-
Genetic
Testing.-
Principles
of
Genetic
Counseling.-
Immunology
–
An
Overview.-
A
Cast
of
Thousands:
The
Cells
of
the
Immune
System.-
T-Lymphocyte
Responses.-
B-Lymphocyte
Responses.-
Immune-Mediated
Tissue
Injury.-
Regulation
of
Immune
Responses.-
Ocular
Bacteriology.-
Chlamydial
Disease.-
The
Spirochetes.-
Parasitic
and
Rickettsial
Ocular
Infections.-
Fungal
Infections
of
the
Eye.-
Ocular
Virology.-
Ocular
Pharmacokinetics.-
Anesthetics.-
Antibacterials.-
Antivirals.-
Antifungal
Agents.-
Antiparasitics.-
Corticosteroids
in
Ophthalmic
Practice.-
Nonsteroidal
Antiinflammatory
Drugs.-
Antihistamines
and
Mast
Cell
Stabilizers
in
Allergic
Ocular
Disease.-
Tear
Film
and
Blink
Dynamics.-
Tear
Substitutes.-
Viscoelastics.-
Pharmacologic
Agents
with
Osmotic
Effects.-
Pharmacologic
Treatment
of
Immune
Disorders
and
Specifically
of
Immune
Ocular
Inflammatory
Disease.-
Angiogenic
Factors
and
Inhibitors.-
Principles
of
Toxicology
of
the
Eye.-
Toxicology
of
Ophthalmic
Agents
by
Class.-
Epidemiology
and
Clinical
Research.-
Epidemiology
of
Age-Related
Cataract.-
Epidemiology
of
Primary
Open-Angle
Glaucoma.-
Epidemiology
of
Diabetic
Retinopathy.-
Epidemiology
of
Age-Related
Macular
Degeneration.-
Anatomy
and
Cell
Biology
of
the
Cornea,
Superficial
Limbus,
and
Conjunctiva.-
Corneal
Form
and
Function:
Clinical
Perspective.-
Ocular
Surface
Epithelial
Stem
Cells
and
Corneal
Wound
Healing
Response
to
Injury
and
Infection.-
Corneal
Examination,
Specular
and
Confocal
Microscopy,
UBM,
OCT.-
Corneal
Dysgeneses,
Dystrophies,
and
Degenerations.-
Keratoconus
and
Corneal
Noninflammatory
Ectasias.-
Corneal
Manifestations
of
Metabolic
Disease.-
Immunologic
Disorders
of
the
Conjunctiva,
Cornea,
and
Sclera.-
Allergic
and
Toxic
Reactions:
The
Immune
Response.-
48:
Lid
Inflammations.-
Viral
Disease
of
the
Cornea
and
External
Eye.-
Bacterial,
Chlamydial,
and
Mycobacterial
Infections.-
Fungal
Keratitis.-
Acanthamoeba
Keratitis.-
Interstitial
Keratitis.-
Recurrent
Corneal
Epithelial
Erosion.-
Persistent
Epithelial
Defects.-
Chemical
Injuries
of
the
Eye.-
Wetting
of
the
Ocular
Surface
and
Dry-Eye
Disorders.-
Tumors
of
the
Cornea
and
Conjunctiva.-
Lamellar
Keratoplasty.-
Penetrating
Keratoplasty.-
Endothelial
Keratoplasty.-
Complications
of
Corneal
Transplantation
and
Their
Management.-
Excimer
Laser
Phototherapeutic
Keratectomy.-
Conjunctival
Surgery.-
Ocular
Surface
Transplantation.-
Amniotic
Membrane
Surgery.-
Keratoprosthesis.-
History,
Development,
and
Classification
of
Refractive
Surgical
Procedures.-
Optical
Principles
for
Refractive
Surgery.-
Corneal
Topography
and
Wave
Front
Analysis.-
Diagnosis
and
Management
of
Corneal
Irregular
Astigmatism.-
Biomechanics
and
Wound
Healing
in
Refractive
Surgery.-
Excimer
Laser
Instrumentation.-
Mechanical
and
Laser
Microkeratomes.-
LASIK
Patient
Evaluation
and
Selection.-
Photorefractive
Keratectomy
for
Myopia,
Hyperopia,
and
Astigmatism.-
Decentration
in
Keratorefractive
Procedures.-
LASEK
and
Epi-LASIK.-
LASIK
for
Myopia,
Hyperopia,
and
Astigmatism.-
Wavefront-Guided
Excimer
Laser
Surgery.-
Intraoperative
Complications
of
LASIK.-
Incisional
Surgery:
Radial
and
Astigmatic
Keratotomy.-
Intrastromal
Corneal
Rings
for
Myopia,
Keratoconus,
and
Corneal
Ectasia.-
Conductive
Keratoplasty
for
the
Treatment
of
Hyperopia
and
Presbyopia.-
Scleral
Procedure
for
Presbyopia.-
Refractive
Surgery
with
Phakic
IOLs.-
Clear
Lens
Extraction.-
Accommodative
and
Pseudoaccommodative
Intraocular
Lenses.-
Future
Developments
with
Conductive
Keratoplasty.-
Introduction
to
Uveitis.-
Immunosuppression.-
Anterior
Uveitis.-
Ocular
Manifestations
of
Sarcoidosis.-
Intermediate
Uveitis.-
Infectious
Causes
of
Posterior
Uveitis.-
Birdshot
Chorioretinopathy.-
Vogt–Koyanagi–Harada
Disease
(Uveomeningitic
Syndrome).-
Ocular
Histoplasmosis.-
Sympathetic
Ophthalmia.-
Fuchs’
Heterochromic
Iridocyclitis.-
Serpiginous
Choroiditis.-
Intraocular
Lymphoproliferations
Simulating
Uveitis.-
Choroidal
Effusions
and
Detachments.-
Biology
of
the
Lens:
Lens
Transparency
as
a
Function
of
Embryology,
Anatomy,
and
Physiology.-
Lens
Proteins
and
Their
Molecular
Biology.-
Biophysics
and
Age
Changes
of
the
Crystalline
Lens.-
Mechanism
of
Cataract
Formation.-
Subjective
Classification
and
Objective
Quantitation
of
Human
Cataract.-
History
of
Cataract
Surgery.-
Historical
Development
of
Modern
Intraocular
Lens
Surgery.-
Preoperative
Preparation
of
Patients
for
Cataract
and
Lens
Implant
Surgery.-
Anesthesia
for
Cataract
Surgery.-
Extracapsular
Cataract
Extraction.-
Phacoemulsification
–
Theory
and
Practice.-
Fluidics.-
Intraocular
Lens
Implantation.-
Pediatric
Cataract
Surgery.-
Combined
Procedures.-
Secondary
Intraocular
Lens
Implantation.-
Astigmatism
and
Cataract
Surgery.-
Complications
of
IOL
Surgery.-
Functional
Anatomy
of
the
Neural
Retina.-
Visual
Acuity,
Adaptation,
and
Color
Vision.-
Objective
Assessment
of
Retinal
Function.-
Müller
Cells
and
the
Retinal
Pigment
Epithelium.-
Retinal
and
Choroidal
Circulations.-
Examination
of
the
Retina:
Ophthalmoscopy
and
Fundus
Biomicroscopy.-
Principles
of
Fluorescein
Angiography.-
Indocyanine
Green
Videoangiography.-
Optical
Coherence
Tomography.-
Retinal
Arterial
Occlusions.-
Retinal
Venous
Occlusive
Disease.-
Diagnosis,
Management,
and
Treatment
of
Nonproliferative
Diabetic
Retinopathy.-
Diabetic
Macular
Edema.-
Proliferative
Diabetic
Retinopathy.-
Advanced
Retinopathy
of
Prematurity.-
Eales’
Disease.-
138:
Retinal
Arterial
Macroaneurysms.-
Coats’
Disease
and
Retinal
Telangiectasia.-
Neuroretinitis.-
Familial
Exudative
Vitreoretinopathy.-
Central
Serous
Chorioretinopathy.-
Genetics
of
Age-Related
Macular
Degeneration.-
Age-Related
Macular
Degeneration:
Drusen
and
Geographic
Atrophy.-
Foods
and
Supplements
in
the
Prevention
and
Treatment
of
Age-Related
Macular
Degeneration.-
Age-Related
Macular
Degeneration:
Choroidal
Neovascularization.-
Photodynamic
Therapy.-
Anti-VEGF
and
Other
Pharmacologic
Treatments
for
Age-Related
Macular
Degeneration.-
Surgical
Treatments
of
Neovascular
Age-Related
Macular
Degeneration.-
Acute
Idiopathic
Maculopathy.-
Idiopathic
Polypoidal
Choroidal
Vasculopathy.-
Angioid
Streaks.-
Ocular
Histoplasmosis
Syndrome.-
Pathologic
Myopia.-
Idiopathic
Macular
Hole.-
Choroidal
and
Retinal
Folds.-
Acute
Posterior
Multifocal
Placoid
Pigment
Epitheliopathy,
Serpiginous
Choroiditis,
and
Relentless
Placoid
Chorioretinitis.-
Multiple
Evanescent
White
Dot
Syndrome.-
Acute
Zonal
Occult
Outer
Retinopathy.-
Macular
Epiretinal
Membranes.-
Acute
Macular
Neuroretinopathy.-
Toxoplasmosis.-
Retinal
Manifestations
of
the
Acquired
Immunodeficiency
Syndrome:
Diagnosis
and
Treatment.-
Acute
Retinal
Necrosis.-
Ocular
Syphilis.-
Subretinal
Fibrosis
and
Uveitis
Syndrome.-
Diffuse
Unilateral
Subacute
Neuroretinitis.-
Frosted
Branch
Angiitis.-
Retinal
Manifestations
of
the
Rheumatic
Diseases.-
Retinopathy
Associated
with
Blood
Anomalies.-
Posterior
Segment
Sarcoidosis.-
Sickle-Cell
Retinopathy.-
Traumatic
Retinopathy.-
Photic
Retinopathy.-
Radiation
Retinopathy.-
Retinal
Toxicity
of
Systemic
Medications.-
Retinitis
Pigmentosa
and
Allied
Diseases.-
Hereditary
Cone
Dystrophies.-
Heredofamilial
Macular
Degenerations.-
Lattice
Degeneration,
Cystic
Retinal
Tufts,
Asymptomatic
Retinal
Breaks,
and
Additional
Selected
Peripheral
Retinal
Findings.-
Retinoschisis.-
Retinal
Detachment.-
Proliferative
Vitreoretinopathy.-
Postoperative
Endophthalmitis.-
Giant
Retinal
Tears.-
Management
of
Retained
Lens
Fragments
and
Dislocated
Posterior
Chamber
Intraocular
Lenses.-
Intraocular
Foreign
Bodies.-
Diseases
of
the
Vitreous.-
Heredofamilial
Vitreoretinopathies.-
Aqueous
Humor
and
the
Dynamics
of
Its
Flow:
Formation
of
Aqueous
Humo.-
Aqueous
Humor
and
the
Dynamics
of
Its
Flow:
Mechanisms
and
Routes
of
Aqueous
Humor
Drainage.-
Cellular
Mechanisms
in
the
Trabecular
Meshwork
Affecting
the
Aqueous
Humor
Outflow
Pathway.-
Genetics
of
Glaucoma.-
Clinical
Evaluation
of
the
Glaucoma
Patient.-
Tonometry
and
Tonography.-
Glaucomatous
Visual
Field
Loss.-
Optic
Nerve
Head
and
Nerve
Fiber
Layer
Imaging.-
Primary
Congenital
Glaucoma.-
Juvenile-Onset
Open-Angle
Glaucoma.-
Primary
Open-Angle
Glaucoma.-
Primary
Angle-Closure
Glaucoma.-
Combined-Mechanism
Glaucoma.-
The
Exfoliation
Syndrome:
A
Continuing
Challenge.-
Pigment
Dispersion
Syndrome
and
Pigmentary
Glaucoma.-
Inflammatory
Glaucoma.-
Glaucoma
Associated
with
Ocular
Trauma.-
Lens-Associated
Glaucomas.-
Iridocorneal
Endothelial
Syndrome.-
Ocular
Tumors
and
Glaucoma.-
Corticosteroid-Induced
Glaucoma.-
Glaucoma
Associated
with
Increased
Episcleral
Venous
Pressure.-
Glaucoma
Secondary
to
Anterior
Segment
Surgery.-
Neovascular
Glaucoma.-
Nanophthalmos:
Guidelines
for
Diagnosis
and
Therapy.-
Penetrating
Keratoplasty
and
Glaucoma.-
Glaucoma
Associated
with
Disorders
of
the
Retina,
Vitreous,
and
Choroid.-
Medical
Management
of
Glaucoma.-
Laser
Trabeculoplasty
for
Open-Angle
Glaucoma.-
Laser
and
Surgery
Treatment
of
Angle-Closure
Glaucoma.-
Glaucoma
Filtration
Surgery:
Indications,
Techniques,
and
Complications.-
Nonpenetrating
Glaucoma
Surgery:
Indications,
Techniques,
Complications,
and
Results.-
Management
of
Glaucoma
and
Cataract.-
Glaucoma
Drainage
Implants.-
Cycloablation.-
Basic
Anatomy
of
the
Orbit.-
Introduction
to
Orbital
Diseases.-
The
Approach
to
Orbital
Surgery.-
Cystic
Lesions
of
the
Orbit.-
Pathophysiology
of
Graves’
Orbitopathy.-
Management
of
Graves’
Ophthalmopathy.-
Noninfectious
Orbital
Inflammations.-
Infectious
Processes
of
the
Orbit.-
Epithelial
Tumors
of
the
Lacrimal
Gland.-
Tumors
of
the
Lacrimal
Gland
and
Sac.-
Vascular
Anomalies
of
the
Eyelid
and
Orbit.-
Peripheral
Nerve
Sheath
Tumors
of
the
Orbit.-
Orbital
and
Ocular
Adnexal
Lymphoid
Tumors.-
Other
Lymphocytic
Disease
Processes.-
Metastatic
and
Secondary
Orbital
Tumors.-
Miscellaneous
Rare
Tumors
and
Disorders
Involving
the
Orbit.-
Benign
Histiocytic
Disorders
of
the
Orbit.-
Mesenchymal,
Fibroosseous,
and
Cartilaginous
Orbital
Tumors.-
Anatomy
of
the
Eyelids,
Eyebrow,
Midface,
and
Lacrimal
Drainage
System.-
Congenital
Eyelid
Anomalies.-
Eyelid
Infections.-
Benign
Epithelial
Tumors.-
Periocular
Dermatology.-
Mohs’
Surgery
for
Eyelid
Malignancies.-
Basal
Cell
Carcinoma
in
the
Eyelid.-
Squamous
Cell
Carcinoma
in
the
Eyelids.-
Sebaceous
Gland
Neoplasms.-
Eyelid
and
Periorbital
Reconstruction.-
Eyelid
Tumors
of
Apocrine,
Eccrine,
and
Pilar
Origins.-
Melanocytic
Lesions
of
the
Eyelid
and
Ocular
Adnexa.-
Unusual
Eyelid
Tumors.-
Upper
Eyelid
Malpositions:
Congenital
Ptosis.-
Acquired
Ptosis.-
Upper
Eyelid
Malpositions:
Retraction,
Ectropion,
and
Entropion.-
Lower
Eyelid
Malpositions.-
Disorders
of
the
Eyelashes
and
Eyebrows.-
Blepharospasm
and
Hemifacial
Spasm.-
Upper
Blepharoplasty.-
Lower
Eyelid
Blepharoplasty
and
Midface
Elevation
Surgery.-
Ablative
CO2
Laser
Skin
Resurfacing.-
Enucleation,
Evisceration,
and
Exenteration.-
Assessment
and
Management
of
the
Eyebrow.-
Principles
of
Pathology.-
Conjunctival
and
Corneal
Pathology.-
Pathology
of
the
Uveal
Tract.-
Pathology
of
the
Lens.-
Pathology
of
the
Retina
and
Vitreous.-
Pathology
of
Glaucoma.-
Pathology
of
the
Lids.-
Orbital
Pathology.-
Pathology
of
the
Optic
Nerve.-
Clinical
Examination.-
Examination
of
the
Visual
Field.-
Neuroophthalmologic
Disease
of
the
Retina.-
Optic
Atrophy
and
Papilledema.-
Optic
Neuritis.-
The
Ischemic
Optic
Neuropathies.-
Tumors
of
the
Anterior
Visual
Pathways.-
Hereditary
Optic
Neuropathies.-
Infectious,
Inflammatory,
Toxic
and
Other
Optic
Neuropathies.-
Chiasmal
Disorders.-
Retrochiasmal
Disorders.-
Neurovascular
Neuroophthalmology.-
Primary
Headache
Disorders
with
Ophthalmic
Features.-
Idiopathic
Intracranial
Hypertension
(Pseudotumor
Cerebri).-
Nonorganic
Visual
Disorders.-
The
Pupils
and
Accommodation.-
Diseases
of
the
Ocular
Muscles.-
Myasthenia.-
Third-,
Fourth-,
and
Sixth-Nerve
Lesions
and
the
Cavernous
Sinus.-
Central
Eye
Movement
Disorders.-
The
Pediatric
Eye
Examination.-
Refractive
Errors
in
Children.-
Amblyopia.-
Infections
of
the
Eye
and
Adnexa
in
Children.-
Congenital
and
Developmental
Abnormalities
of
the
Eye,
Orbit,
and
Ocular
Adnexa.-
Pediatric
Ptosis.-
Lacrimal
System
Abnormalities.-
Pediatric
Glaucomas.-
Congenital
and
Childhood
Cataracts.-
Visual
Impairment
in
Infants
and
Young
Children.-
Retinal
Lesions
Presenting
in
Childhood.-
Retinopathy
of
Prematurity.-
Ocular
Trauma
in
Infancy
and
Childhood.-
Congenital
Optic
Nerve
Anomalies.-
Nystagmus
and
Nystagmoid
Eye
Movements.-
Learning
Disorders
and
Vision
Therapy.-
Clinical
Evaluation
of
Strabismus.-
Genetics
of
Strabismus.-
Imaging
and
Strabismus.-
Comitant
Strabismus.-
Complex
or
Incomitant
Strabismus.-
Treatment
of
Diplopia
and
Strabismus.-
Hypertension
and
Its
Ocular
Manifestations.-
Diabetes
Mellitus.-
322:
Childhood
Arthritis
and
Anterior
Uveitis.-
Adult
Rheumatoid
Arthritis.-
Systemic
Lupus
Erythematosus.-
Giant
Cell
Arteritis.-
Wegener’s
Granulomatosis.-
Scleroderma.-
Adamantiades–Behçet’s
Disease.-
Systemic
Manifestations
of
Sarcoidosis.-
Osseous
and
Musculoskeletal
Disorders.-
Amyloidosis
and
the
Eye.-
Gastrointestinal
and
Nutritional
Disorders.-
Oculorenal
Syndromes.-
Ophthalmic
Manifestations
of
Some
Metabolic
and
Endocrine
Disorders.-
Nutritional
Blindness.-
Pregnancy
and
the
Eye.-
The
Eye
in
Aging.-
Systemic
Bacterial
Infections
and
the
Eye.-
Mycobacterial
Diseases:
Tuberculosis
and
Leprosy.-
Systemic
Viral
Infections
and
the
Eye.-
AIDS
and
Its
Ophthalmic
Manifestations.-
Fungal
Infections
and
the
Eye.-
Systemic
Parasitic
Infections
and
the
Eye.-
Spirochetal
Infections
and
the
Eye.-
Chlamydial
Disease.-
Hematologic
Disorders.-
Graft
versus
Host
Disease.-
Ocular
Manifestations
of
Systemic
Vasculitides.-
Pigmented
Tumors
of
the
Iris.-
Diagnosis
of
Choroidal
Melanoma.-
Charged
Particle
Irradiation
of
Uveal
Melanoma.-
Brachytherapy
for
Posterior
Uveal
Malignant
Melanoma.-
Surgical
Resection
of
Uveal
Melanoma.-
Enucleation
for
Uveal
Melanoma.-
Genetics
of
Uveal
Melanoma.-
Melanocytomas.-
Choroidal
Metastasis.-
Leukemias.-
Intraocular
Lymphoma.-
Choroidal
Nevus
and
Melanocytoma.-
Tumors
of
the
Retinal
Pigment
Epithelium.-
Choroidal
Hemangiomas.-
Choroidal
Osteoma.-
Tumor
Involvement
of
the
Vitreous.-
Ophthalmological
Manifestations
of
Systemic
Neoplasia
and
Its
Treatment.-
The
Phakomatoses.-
Assessment
of
Risk
for
Hereditary
Retinoblastoma.-
Second
Primary
Neoplasms
in
Retinoblastoma:
Effect
of
Gene
and
Environment.-
Staging
and
Grouping
of
Retinoblastoma.-
Current
Management
of
Retinoblastoma.-
Genetic
Progression
from
Retina
to
Retinoblastoma.-
Overview
of
Ocular
Trauma.-
Evaluation
and
Initial
Management
of
Patients
with
Ocular
and
Adnexal
Trauma.-
Anterior
Segment
Trauma.-
Penetrating
Posterior
Segment
Trauma.-
Nonpenetrating
Posterior
Segment
Trauma.-
Intraocular
Foreign
Bodies.-
Sports
Injuries.-
Epidemiology
and
Prevention
of
Ocular
Trauma.-
Neuroophthalmologic
Manifestations
of
Trauma.-
Penetrating
Eyelid
and
Orbital
Trauma.-
Structural
Injuries
of
the
Orbit.-
Late
Management
of
Orbital
Deformities.-
Managing
the
Child
with
an
Ocular
or
Orbital
Injury.-
Physical
Optics
for
Clinicians.-
Geometric
Optics.-
Optics
of
the
Eye.-
Objective
Determination
of
Refractive
Error.-
Optical
Instruments
Used
to
Examine
the
Eye.-
Prescription
of
Spectacles.-
Prescribing
Prisms.-
Contact
Lenses.-
Optics
of
Intraocular
Lenses.-
Low
Vision,
Vision
Disability,
and
Blindness.-
Visual
System
Disorders
and
Low
Vision
Rehabilitation.-
Quantifying
Vision
Disability.-
Psychiatric
and
Psychosocial
Factors
in
Low
Vision
Rehabilitation.-
Rehabilitation
Medicine
Model
for
Low
Vision
Rehabilitation.-
Evaluation
and
Management
of
the
Patient
with
Low
Vision:
Entrée
into
Vision
Rehabilitation.-
Central
Scotomas
and
Preferred
Retinal
Loci.-
Driving
with
Low
Vision:
Who,
Where,
When,
and
Why.-
Computer
Technology
Assistance
for
the
Low
Vision
Patient.-
Conclusion:
The
Role
of
the
Ophthalmologist
in
Low-Vision
Rehabilitation
–
Help
When
There
Is
No
Cure.-
Professionalism
in
Medicine.-
The
Ethical
Ophthalmologist.-
Teaching
Professionalism
and
Ethics
in
Ophthalmology.-
Informed
Consent.-
Learning
Surgery
–
An
Ethical
Perspective.-
Ophthalmic
Co-Management.-
Ethics
in
Marketing
a
Medical
Practice.-
Commercial
Relationships.-
Ethics
of
Expert
Witness
Testimony.-
Complementary
and
Alternative
Therapy.-
Ethics
and
Professionalism
Online:
The
Internet,
E-mail,
and
Ethical
Practice.-
Ethical
Issues
in
Clinical
Research.-
The
American
Academy
of
Ophthalmology
Code
of
Ethics.-
Source
Documents
for
Medical
Ethics.
Notă biografică
Dan
Albert,
MD,
began
his
academic
career
at
Yale
University
and
continued
at
Harvard
University
and
the
Massachusetts
Eye
and
Ear
Infirmary.
He
moved
to
the
University
of
Wisconsin-Madison
in
1992
to
become
department
chair,
then
chair
emeritus
of
ophthalmology
and
visual
sciences,
the
Frederick
Allison
Davis
Chair;
the
Lorenz
Zimmerman
Professor;
and
founding
director
of
the
McPherson
Eye
Research
Institute.
Dr.
Albert
is
now
a
researcher
for
Oregon
Health
&
Science
University
and
his
research
focuses
on
the
treatment
and
prevention
of
ocular
cancers;
particularly
the
use
of
vitamin
D
analogues,
resveratrol
and
its
analogues,
and
anti-angiogenic
peptides
in
the
treatment
and
prevention
of
ocular
cancer
and
in
reversing
angiogenesis
in
the
wet
form
of
macular
degeneration.Joan
Miller,
MD,is
Chief
and
Chair
in
the
Department
of
Ophthalmology
at
Massachusetts
Eye
and
Ear
and
is
an
internationally
recognized
expert
on
retinal
disorders.
As
a
vitreoretinal
physician
in
Mass.
Eye
and
Ear's
Retina
Service,
she
treats
patients
with
age-related
macular
degeneration
(AMD),
retinal
degenerations,
and
diabetic
retinopathy.
Dr. Miller received her medical degree and ophthalmology residency training from Harvard Medical School and then completed fellowships in ophthalmology research and vitreoretinal surgery at Mass. Eye and Ear. Dr. Miller is the first female physician to achieve the rank of Professor of Ophthalmology at Harvard Medical School and the first woman to chair the Department of Ophthalmology. She is also the first woman appointed as Chief of Ophthalmology at both Mass. Eye and Ear and Massachusetts General Hospital. In addition to these roles and responsibilities, she also co-directs Mass. Eye and Ear's Angiogenesis Laboratory.
Dr. Miller, along with Dr. Evangelos Gragoudas, are credited with developing photodynamic therapy with verteporfin (Visudyne®). This therapy was the first AMD treatment approved by the U.S. Food and Drug Administration and drug regulatory agencies worldwide. In addition, Dr. Miller is recognized for co-discovering the role of vascular endothelial growth factor (VEGF) in eye disease and demonstrating the therapeutic potential of VEGF inhibitors. This work formed the scientific basis of anti-angiogenic ophthalmic therapies, which are widely used to prevent vision loss in AMD and other retinal diseases by blocking abnormal blood vessel growth and leakage. Dr. Miller continues to conduct research to improve therapeutic options for retinal disease. Dr. Miller has received numerous prestigious awards. For her contributions to the development of anti-angiogenic retinal therapies, she was a co-recipient of the 2014 Antonio Champalimaud Vision Award, which is the highest distinction in ophthalmology and visual science. She also was the first woman to receive the Mildred Weisenfeld Award for Excellence in Ophthalmology. Dimitri Azar, MD, MBAis Dean in the College of Medicine at the University of Illinois and is Professor of Ophthalmology, Bioengineering and Pharmacology as well as the B.A. Field Chair in Ophthalmologic Research. Dr. Azar is an internationally recognized ophthalmic surgeon who brings experience in administration, research, education and clinical practice to his position as Dean of the College of Medicine at University of Illinois.
He joined the faculty in 2006 as Head of the Department of Ophthalmology & Visual Sciences. Previously he was a tenured Professor of Ophthalmology at Harvard Medical School, Director of the Cornea Service at Massachusetts Eye and Ear Infirmary, Senior Scientist at Schepens Eye Institute and a faculty member at Johns Hopkins School of Medicine. He is a leader in basic science and clinically related vision research, making significant contributions to the treatment of corneal diseases and to advances in refractive surgery through mathematical analyses and applications of advanced optics. His basic science research on matrix metalloproteinases in corneal wound healing and angiogenesis has been continually funded by the National Eye Institute R01 award since 1993. Dr. Azar is the author of more than 400 scientific articles and book chapters. He is the editor of 14 books in ophthalmology and holds 15 patents. He has been named one of The Best Doctors in America or recognized among Castle Connolly’s Regional Top Doctors in America annually since 1994. He serves as a trustee for the Chicago Ophthalmological Society and for the Association of Research and Vision in Ophthalmology. Dr. Azar has received multiple leadership awards, including the 2009 Lans Distinguished Award and the University of Illinois at Chicago Scholar Award.
Dr. Miller received her medical degree and ophthalmology residency training from Harvard Medical School and then completed fellowships in ophthalmology research and vitreoretinal surgery at Mass. Eye and Ear. Dr. Miller is the first female physician to achieve the rank of Professor of Ophthalmology at Harvard Medical School and the first woman to chair the Department of Ophthalmology. She is also the first woman appointed as Chief of Ophthalmology at both Mass. Eye and Ear and Massachusetts General Hospital. In addition to these roles and responsibilities, she also co-directs Mass. Eye and Ear's Angiogenesis Laboratory.
Dr. Miller, along with Dr. Evangelos Gragoudas, are credited with developing photodynamic therapy with verteporfin (Visudyne®). This therapy was the first AMD treatment approved by the U.S. Food and Drug Administration and drug regulatory agencies worldwide. In addition, Dr. Miller is recognized for co-discovering the role of vascular endothelial growth factor (VEGF) in eye disease and demonstrating the therapeutic potential of VEGF inhibitors. This work formed the scientific basis of anti-angiogenic ophthalmic therapies, which are widely used to prevent vision loss in AMD and other retinal diseases by blocking abnormal blood vessel growth and leakage. Dr. Miller continues to conduct research to improve therapeutic options for retinal disease. Dr. Miller has received numerous prestigious awards. For her contributions to the development of anti-angiogenic retinal therapies, she was a co-recipient of the 2014 Antonio Champalimaud Vision Award, which is the highest distinction in ophthalmology and visual science. She also was the first woman to receive the Mildred Weisenfeld Award for Excellence in Ophthalmology. Dimitri Azar, MD, MBAis Dean in the College of Medicine at the University of Illinois and is Professor of Ophthalmology, Bioengineering and Pharmacology as well as the B.A. Field Chair in Ophthalmologic Research. Dr. Azar is an internationally recognized ophthalmic surgeon who brings experience in administration, research, education and clinical practice to his position as Dean of the College of Medicine at University of Illinois.
He joined the faculty in 2006 as Head of the Department of Ophthalmology & Visual Sciences. Previously he was a tenured Professor of Ophthalmology at Harvard Medical School, Director of the Cornea Service at Massachusetts Eye and Ear Infirmary, Senior Scientist at Schepens Eye Institute and a faculty member at Johns Hopkins School of Medicine. He is a leader in basic science and clinically related vision research, making significant contributions to the treatment of corneal diseases and to advances in refractive surgery through mathematical analyses and applications of advanced optics. His basic science research on matrix metalloproteinases in corneal wound healing and angiogenesis has been continually funded by the National Eye Institute R01 award since 1993. Dr. Azar is the author of more than 400 scientific articles and book chapters. He is the editor of 14 books in ophthalmology and holds 15 patents. He has been named one of The Best Doctors in America or recognized among Castle Connolly’s Regional Top Doctors in America annually since 1994. He serves as a trustee for the Chicago Ophthalmological Society and for the Association of Research and Vision in Ophthalmology. Dr. Azar has received multiple leadership awards, including the 2009 Lans Distinguished Award and the University of Illinois at Chicago Scholar Award.
Caracteristici
Provides readers
with
authoritative
and
comprehensive
coverage
of
all
facets
of
ophthalmology
Written
and
edited
by
a
group
of
authors
who
represented
a
“Who’s
Who”
in
ophthalmology
Updates
include
new
chapters
on
anterior
and
posterior
segment
diseases,
as
well
as
chapters
more
focused
on
treatment,
plus
thousands
of
new,
high-quality,
color
images
and
illustrations,
updated
references,
and
information
on
the
most
cutting-edge
technology
used
by
clinicians
in
their
practices
today
Covers
every
scientific
and
clinical
principle
in
ophthalmology,
ensuring
that
the
reader
will
always
be
able
to
find
the
guidance
needed
to
diagnose
and
manage
patients'
ocular
problems
and
meet
today's
standards
of
care
Written
for
practicing
ophthalmologists
and
trainees,
this
book
delivers
in-depth
guidance
on
new
diagnostic
approaches,
operative
techniques
and
treatment
options,
as
well
as
coherent
explanations
of
every
new
scientific
concept
and
its
clinical
importance