Titlebook: Ultrasound Biomicroscopy of the Eye; Charles J. Pavlin,FS Foster Book 1995 Springer-Verlag New York, Inc. 1995 Biomicroscopy.Tumor.anatomy

FIS

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Corneal Diseasedirectly and the depth of the corneal changes determined. Exceptions occur when corneal opacity increases, or the cornea is covered, as with a conjunctival flap. In these circumstances, ultrasound biomicroscopy allows assessment of internal corneal changes, assessment of corneal dimensions, and asse

JEER

Scleral Diseaseared to surrounding tissues. This allows differentiation between events taking place above or below the sclera and those taking place within the sclera itself. Ultrasound biomicroscopy thus provides a new way of imaging scleral tissue [1] that adds supportive information to the well-established clin

NOMAD

Introvert

Conjunctival and Adnexal Diseasean be examined. An eye cup of the same design used for examination of the globe can often be used. For example, an eyelid lesion can usually be examined by placing the eye cup on the surface of the lid, applying light pressure, and filling with 2.5% methyl cellulose. Viscous solutions such as 2.5% m

AVANT

誘騙

hemoglobin

Intraocular Lenses reflective, but can usually be located. Haptic location in relationship to surrounding structures can be determined, and, in the case of posterior chamber lenses, one can usually determine if the haptic is in the capsular bag.

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Glaucomacation [1] we compared the histological findings in an enucleated eye with the findings in the remaining living eye and found very different features. The etiological role of the ciliary processes (see below) would have been entirely missed if only the histological specimen had been examined.

BILL

Conjunctival and Adnexal Diseasery to bring pathology into a position in which it can be examined. This is often true of lid margin tumors and lateral fornix tumors, where some lid eversion may be required. The keratinized epithelium of the skin causes significantly more attenuation than conjunctiva or cornea and limits the penetration over skin surfaces.