Otolaryngology: Basic Science and Clinical Review -- Title Page -- Copyright -- Dedication -- Contents -- Preface -- Foreword -- Contributors -- Part I: The Basic Principles -- Chapter 1: Surgical Hemostasis -- Chapter 2: Wound Healing -- Chapter 3: Basic Principles of Allergic Diseases -- Chapter 4: Head and Neck Manifestations of Rheumatological Diseases -- Chapter 5: Pulmonary Physiology and Mechanical Ventilation -- Chapter 6: Biology and Treatment of Sleep Apnea -- Chapter 7: Microbiology, Virology, and Mechanisms of Infection -- Chapter 8: Principles of Pharmacology -- Chapter 9: Ototoxicity -- Chapter 10A: Oncology of Head and Neck Tumors -- Chapter 10B: Immunobiology and Immunotherapy of Headand Neck Squamous Carcinoma -- Chapter 11: Clinical Radiation Biology and Radiotherapy -- Chapter 12: Environmental Effects on the Upper Airway -- Chapter 13: How To Conduct Clinical Research -- Chapter 14 Basic Principles and Current Applications of Lasers in Head and Neck Surgery -- Chapter 15: Molecular Biology for the Otolaryngologist -- Chapter 16: Physiology of the Pediatric Patient -- Chapter 17: Branchial Cleft Anatomy and Congenital Neck Masses -- Chapter 18: Pathophysiology of Stridor and Airway Disease -- Chapter 19: Clinical Genetics in Otolaryngology -- Part II: The Ear, Hearing, and Balance -- Chapter 20: Embryology of the Outer, Middle, and Inner Ear -- Chapter 21: Acoustics and Middle Ear Mechanics for Otolaryngology -- Chapter 22: Surgical Anatomy of the Temporal Bone -- Chapter 23: Histology and Histopathology of the Temporal Bone -- Chapter 24 Ultrastructural Anatomy of the Cochlea -- Chapter 25: Hair Cell Function -- Chapter 26: Auditory Processing in Sensorineural Hearing Loss -- Chapter 27: Pathways of Hearing and Balance -- Chapter 28: Assessment of Central Auditory Function -- Chapter 29: Language and the Plastic Brain.

Chapter 30: Principles of Audiometry -- Chapter 31: Hearing Aids, Bone-Anchored Hearing Aids, and Cochlear Implants -- Chapter 32: Mechanism of Noise-Induced Hearing Lossand Otoprotective Strategies -- Chapter 33: Vestibular System Physiology -- Chapter 34: Testing Balance and the Vestibular System -- Chapter 35: Morphophysiology of the Facial Nerve -- Chapter 36: Radiology of the Temporal Bone -- Part III: The Nose, Olfaction, and the Sinuses -- Chapter 37: Development of the Nose -- Chapter 38: Surgical Anatomy of the Noseand Paranasal Sinuses -- Chapter 39: Nasal and Paranasal Sinus Physiology -- Chapter 40: The Biology and Testing of Olfactory Dysfunction -- Part IV: The Larynx, Voice, and Neck -- Chapter 41: The Branchial Arches and their Derivatives -- Chapter 42: Morphophysiology of the Larynx -- Chapter 43: Neurological Disorders of the Larynx -- Chapter 44: Basics of Voice Production -- Chapter 45: Principles of Phonosurgery -- Chapter 46: Surgical Anatomy of the Pharynx and Esophagus -- Chapter 47: The Biology of Swallowing -- Chapter 48: Laryngeal Pathology -- Chapter 49 Origins and Specification of Craniofacial Musculoskeletal Tissues -- Chapter 50: Surgical Anatomy of the Neck and Classification of Dissections -- Chapter 51: Surgical Anatomy of the Skull Base and Cranial Nerves -- Part V: The Oral Cavity, Taste, and the Glands of the Neck -- Chapter 52: Basic Science of the Oral Cavity and Gustation -- Chapter 53: Morphophysiology of the Salivary Glands -- Chapter 54: Morphophysiology of the Thyroid and Parathyroid Glands -- Chapter 55: Pathobiology of the Thyroid Gland -- Part VI: Facial Plastics and Miscellaneous -- Chapter 56: Imaging of the Neck -- Chapter 57: The Aging Face -- Chapter 58: Vascular Anatomy of the Head and Neck -- Chapter 59: The Biology of Flaps -- Chapter 60: Implants in Otolaryngology -- Answers to Self-Tests.

Index.