By Leonard A Levin MD PhD, Siv F. E. Nilsson PhD, James Ver Hoeve MD, Samuel Wu MD, Paul L. Kaufman MD, Albert Alm MD
Drs. Paul L. Kaufman, Albert Alm, Leonard A Levin, Siv F. E. Nilsson, James Ver Hoeve, and Samuel Wu current the eleventh version of the vintage textual content Adler's body structure of the attention, up-to-date to augment your knowing of ocular functionality. This full-color, ordinary version captures the newest molecular, genetic, and biochemical discoveries and gives you remarkable wisdom and perception into the body structure of the attention and its constructions. a brand new association by way of functionality, instead of anatomy, is helping you're making a better connection among physiological ideas and medical perform; and greater than 1,000 nice new full-color illustrations aid make clear complicated thoughts. you can even entry the entire contents on-line at www.expertconsult.com.Deepen your clutch of the physiological rules that underlie visible acuity, colour imaginative and prescient, ocular move, the extraocular muscle, and lots more and plenty extra. Glean the most recent wisdom within the box, together with the newest molecular, genetic, and biochemical discoveries. Make a far better connection among body structure and medical perform due to an improved scientific emphasis all through, in addition to a brand new association via functionality instead of via anatomy. larger visualize all thoughts through viewing 1,000 transparent, full-color illustrations. entry the entire contents on-line at expertconsult.com. the recent and more suitable Adler's makes gaining knowledge of the elemental technological know-how of the attention enticing and straightforward
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Additional info for Adler's Physiology of the Eye: Expert Consult - Online and Print, 11th Edition
16. Wood ICJ, Mutti DO, Zadnik K. Crystalline lens parameters in infancy. Ophthalmol Physiol Opt 1996; 6:310. 17. Hofstetter HW. Emmetropization - biological process or mathematical artifact? Am J Optom Arch Am Acad Optom 1969; 46:447. 18. Zadnik K, Mutti DO. Development of ametropias. In: Benjamin WJ, ed. Borish’s clinical refraction. Philadelphia: WB Saunders, 1998. 19. Goss DA. Development of the ametropias. In: Benjamin WJ, ed. Borish’s clinical refraction. Philadelphia: WB Saunders, 1998. 20.
The lens of the eye is made up of tens of thousands of fine fibers (each a bag of clear protein solution) packed closely together. The living lens continually adds outside fibers and packs old cells in its nucleus throughout life, ultimately increasing its volume by a factor of 3 in the older eye. The refractive index of the fibers differs from that of the The reader may have been led astray in thinking that the eye has no defense against normal light scattering. In fact, it does. For example, the birefringent capacity of the collagen fibers in the cornea, in combination with the birefringence of the fovea, may cancel out some annoying glare caused by light scattering through a process known as destructive interference, somewhat akin to the way polarizing sunglasses cancel annoying glare.
Inagaki Y. The rapid change of corneal curvature in the neonatal period and infancy. Arch Ophthalmol 1986; 104:1026. 13. Insler MS et al. Analysis of corneal thickness and corneal curvature in infants. CLAO J 1987; 3:192. 14. Tucker SM et al. Corneal diameter, axial length and intraocular pressure in premature infants. Ophthalmology 1992; 99:1296. 15. Mutti DO et al. Optical and structural development of the crystalline lens in childhood. Invest Ophthalmol Vis Sci 1997; 39:120. 16. Wood ICJ, Mutti DO, Zadnik K.
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