'Posterior segment' diaporamas de présentation

The Ophthalmology of Childhood Vision Impairment

The Ophthalmology of Childhood Vision Impairment. Alistair Fielder City University, London This version probably has little stand-alone value but is meant as an accompaniement to the lecture. Topics. Role of clinician Assessment of visual functions Causes and epidemiology of VI

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The Special Senses Part B

The Special Senses Part B. 15. Inner Chambers and Fluids. The lens separates the internal eye into anterior and posterior segments The posterior segment is filled with a clear gel called vitreous humor that: Transmits light Supports the posterior surface of the lens

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CENTRAL COAST DAY HOSPITAL OPTOMETRIST CONFERENCE - 26 FEBRUARY 2012

CENTRAL COAST DAY HOSPITAL OPTOMETRIST CONFERENCE - 26 FEBRUARY 2012. DR VIVEK CHOWDHURY. Anterior Segment - Common Clinical Presentations in Optometry. Fuchs endothelial dystrophy. Pseudophakic Bullous Keratopathy. Progression. Gradual increase in

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CHAPTER 23

CHAPTER 23. EYE, OCULAR ADNEXA, AUDITORY, AND OPERATING MICROSCOPE. Eye and Ocular Adnexa (65091-68899) (1 of 3). Terminology extremely important Code descriptions often vary only slightly. Figure 23.1. Eye and Ocular Adnexa (65091-68899) (2 of 3). Codes divided anatomically, examples:

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Inner Chambers and Fluids

Inner Chambers and Fluids. The lens separates the internal eye into _ The posterior segment is filled with _ Transmits light Supports the posterior surface of the lens Contributes to intraocular pressure. Anterior Segment. Composed of two chambers between the cornea and the iris

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Pediatric Low Vision Exam

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TRAUMA

TRAUMA. 1. Eyelid. Haematoma Margin laceration Canalicular laceration. 2. Orbital blow-out fractures. Floor Medial wall. 3. Complications of blunt trauma. Anterior segment Posterior segment. 4. Complications of penetrating trauma.

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Novel ocular drug delivery systems: An overview

Anatomy and physiology of the eye makes it a highly protected organ. Designing an effective therapy for ocular diseases, especially for the posterior segment, has been considered as aformidable task. Limitations of conventional route of administration have challenged scientists to find alternative mode of administration like periocular routes. Targeted drug delivery hasgenerated a great deal of interest in the field because of its potential to overcome many barriers associated with current therapy. Application of nanotechnology has been very promising in the treatment of a gamut of diseases. In this review, we have briefly discussed several novel ocular drug delivery systems such as microemulsions, nanosuspensions, nanoparticles, liposomes, niosomes, dendrimers, implants, and hydrogels. Current momentum in the invention of new drug delivery systems hold a promise towards much improved therapies for the treatment of vision threatening disorders.

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