GlaucomaFranz Grehn, Robert Stamper Springer Science & Business Media, 2006 M10 5 - 194 pages Te series Essentials in Ophthalmology was initi- to discuss clinically relevant and appropriate t- ated two years ago to expedite the timely trans- ics. Summaries of clinically relevant information fer of new information in vision science and have been provided throughout each chapter. evidence-based medicine into clinical practice. Each subspecialty area now has been covered We thought that this prospicient idea would be once, and the response to the frst eight volumes moved and guided by a resolute commitment in the series has been enthusiastically positive. to excellence. It is reasonable to now update our With the start of the second cycle of subspecialty readers with what has been achieved. coverage, the dissemination of practical informa- Te immediate goal was to transfer informa- tion will be continued as we learn more about tion through a high quality quarterly publication the emerging advances in various ophthalmic in which ophthalmology would be represented by subspecialties that can be applied to obtain the eight subspecialties. In this regard, each issue has best possible care of our patients. Moreover, we had a subspecialty theme and has been overseen will continue to highlight clinically relevant - by two internationally recognized volume edi- formation and maintain our commitment to - tors, who in turn have invited a bevy of experts cellence. G. K. Krieglstein R. N. |
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Page ix
... Aqueous Flow ... 13 1.1 Introduction 1.1.1 Overview 33 3 1.6 Pump Regulation of Pressure and Flow : Short 1.1.2 The Trabecular Meshwork Term 14 Is the Wall of a Vessel ....... 4 1.6.1 Length - to - Tension 1.1.3 The Aqueous Outflow ...
... Aqueous Flow ... 13 1.1 Introduction 1.1.1 Overview 33 3 1.6 Pump Regulation of Pressure and Flow : Short 1.1.2 The Trabecular Meshwork Term 14 Is the Wall of a Vessel ....... 4 1.6.1 Length - to - Tension 1.1.3 The Aqueous Outflow ...
Page x
... Aqueous Flow 2.4 Decreases in Glaucoma Eyes ... 28 1.9.2 Pulsatile Aqueous Flow 2.4.1 Stops As IOP Increases in Glaucoma Eyes ..... 28 1.9.3 Pulsatile Aqueous Flow How Do Clinicians Use This Important Information to Take Care of ...
... Aqueous Flow 2.4 Decreases in Glaucoma Eyes ... 28 1.9.2 Pulsatile Aqueous Flow 2.4.1 Stops As IOP Increases in Glaucoma Eyes ..... 28 1.9.3 Pulsatile Aqueous Flow How Do Clinicians Use This Important Information to Take Care of ...
Page 3
... aqueous organized outflow to system is structur- act as a mechanical pump. The aqueous outflow system is part of a ... flow is necessary before the enigma can be resolved. Laboratory studies describe an aqueous outflow system with ...
... aqueous organized outflow to system is structur- act as a mechanical pump. The aqueous outflow system is part of a ... flow is necessary before the enigma can be resolved. Laboratory studies describe an aqueous outflow system with ...
Page 4
... aqueous veins point out that a mechanism is present to transmit the intraocular pulse across the trabecular mesh ... flow from the aqueous collector ves- sels or valves into SC . Stroke volume is responsible for the amount of aqueous ...
... aqueous veins point out that a mechanism is present to transmit the intraocular pulse across the trabecular mesh ... flow from the aqueous collector ves- sels or valves into SC . Stroke volume is responsible for the amount of aqueous ...
Page 6
... flow toward the heart in response to transients such as the cardiac pulse ... aqueous circulatory loop . Summary for the Clinician Since the trabecular ... Aqueous Outflow Pump 1.2.1 Anatomic Relationships That Permit Pulsatile Flow 1.2 ...
... flow toward the heart in response to transients such as the cardiac pulse ... aqueous circulatory loop . Summary for the Clinician Since the trabecular ... Aqueous Outflow Pump 1.2.1 Anatomic Relationships That Permit Pulsatile Flow 1.2 ...
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Common terms and phrases
Advanced Glaucoma angle closure anterior chamber aque aqueous flow aqueous humor aqueous outflow aqueous veins Arch Ophthalmol axial length bleb blood reflux causes central corneal thickness clinical Clinician coma corneal curvature correlation decreases drug Dynamic contour tonometry effect endothelial cells endothelium episcleral episcleral veins ganglion cells glau glaucoma eyes glaucoma implants glaucoma patients hypotensive intraocular pressure Invest Ophthalmol IOP increases IOP levels IOP measurement IOP readings laser LASIK mechanisms medication ment mfVEP mmHg Molteno normal ocular hypertension OHTS Ophthal Ophthalmol Vis Sci Ophthalmology outflow facility PACG PERG POAG pressure and flow progression pulsatile aqueous pulsatile flow reduced resistance response retinal risk calculator risk factors SC endothelium SC lumen SC wall apposition Schlemm's canal scleral spur stroke volume surgery thalmol therapy tion tonometer tonopen trabecular lamellae trabecular meshwork trabecular tissue trabeculectomy Treatment Study vascular vessel visual field