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Dr. Peter King-Smith

Abstracts

  • Abstracts

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  • Editorial Activities

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  • Peer Reviewed Journal Articles

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    • King-Smith PE, Fink BA, Fogt N, Kinney KA, and Hill RM. 1998. The thickness of the tears, the corneal epithelium and Bowman's Layer derived from reflection spectra. [Abstract]. American Academy of Optometry Meeting ()
    • King-Smith PE, Fink BA, Fogt N, Kinney KA, and Hill RM. 1998. Is the thickness of the tear film about 40 micrometers or about 3 micrometers? [Abstract]. ARVO Meeting ()
    • King-Smith PE, Fogt N, Fink BA, Kinney KA, and Hill RM. 1998. A tear layer of thickness 1.6 to 7.3 micrometers determined by reflectance spectra. [Abstract]. ARVO Meeting ()
    • King-Smith PE, Fink BA, Fogt N, Kinney KA, and Hill RM. 2000. Further evidence that the thickness of the normal human tear film is about 3 micrometers. [Abstract]. ARVO Meeting ()
    • King-Smith PE, Fink BA, Nichols JJ, Nichols KK, and Hill RM. 2001. Noninvasive measurement of the thickness of the human corneal endothelium and Descemet's membrane. [Abstract]. Optom Vis Sci. Vol. 78 (supplement): 25 ()
    • Markakis GA, King-Smith PE, Roberts CJ, and Lembach RG. 2001. Precision of corneal thickness measurements from reflection specta: comparison with Orbscan, Optical Coherence Tomography and Ultrasound Pachymetry. [Abstract]. Invest Ophthalmol Vis Sci. Vol. 42: S528 ()
    • Nichols JJ, and King-Smith PE. 2001. In-vivo thickness of the pre- and post-lens tear film and silicone hydrogel contact lenses measured by interferometry. [Abstract]. Optom Vis Sci. Vol. 78 (supplement): 51 ()
    • Nichols JJ, and King-Smith PE. 2001. The thickness of the pre- and post-lens tear film and of contact lenses measured by interferometry. [Abstract]. Invest Ophthalmol Vis Sci. Vol. 42: S595 ()
    • King-Smith PE, Fink BA, Nichols JJ, Nichols KK, Hill RM, and Markakis G. 2002. In vivo Measurement of the Thickness of Human Corneal Endothelium and Descemet's Membrane Using Interferometry. [Abstract]. ARVO Meeting ()
    • King-Smith PE, Nichols KK, and Wood JE. 2002. Why does dry eye affect inferior cornea more than superior cornea? [Abstract]. Optom Vis Sci. Vol. 79 (supplement): 308 ()
    • Nichols JJ, and King-Smith PE. 2002. The effect of eye closure on the post-lens tear film during silicon hydrogel contact lens wear. [Abstract]. Optom Vis Sci. Vol. 79 (supplement): 258 ()
    • King-Smith PE, Nichols KK, and Wood JE. 2003. Interferometric analysis of reflections from the tear film and ocular surface. [Abstract]. Academy of Optometry Annual Meeting ()
    • King-Smith PE, Nichols KK, and Wood JE. 2003. Is inferior tear film thinner than superior tear film? [Abstract]. ARVO Meeting ()
    • Gardner C, King-Smith PE, Nichols KK, and Nichols JJ. 2004. Tear film thickness: responsiveness to potential cognitive demands. [Abstract]. Optom Vis Sci. Vol. 81 (supplement): 253 ()
    • King-Smith PE, Fink BA, and Braun RJ. 2004. Bubbles in the tear fim, white lipid spots and tear film breakup. [Abstract]. The Ocular Surface. Vol. 3: S80 ()
    • King-Smith PE, Fink BA, and Hill RM. 2004. An interferometric imaging method for studying the three dimensional structure of the human precorneal tear film. [Abstract]. The Ocular Surface. Vol. 3: S80 ()
    • King-Smith PE, Nichols KK, and Shewring JE. 2004. Further analysis of the two reflecting surfaces of the human corneal epithelium which are demonstrated by interferometry. [Abstract]. The Ocular Surface. Vol. 3: S81 ()
    • King-Smith PE, Nichols KK, and Wood JE. 2004. Can the mucus layer of the tear film be demonstrated by interferometry? [Abstract]. ARVO annual meeting. ()
    • Nichols JJ, and King-Smith PE. 2004. Contact lens and tear film thickness measures associated with different multipurpose care solutions. [Abstract]. The Ocular Surface. Vol. 3: S97 ()
    • Nichols JJ, Mitchell GL, and King-Smith PE. 2004. Mechanisms of precorneal and prelens tear film thinning. [Abstract]. The Ocular Surface. Vol. 3: S96 ()
    • Williams R, Twa M, Mitchell GL, Fink BA, and King-Smith PE. 2004. Accuracy and reliability of thickness measurements by optical coherence tomography. [Abstract]. Optom Vis Sci. Vol. 81 (supplement): 251 ()
    • King-Smith PE, Fink BA, Hill RM, Nichols JJ, and Nichols KK. 2005. Human tear film breakup studied by a new imaging interferometer: preliminary observations. [Abstract]. ARVO meeting. ()
    • Kimball SH, King-Smith PE, and Nichols JJ. 2006. Improving interferometric tear thickness by using longer wavelengths. [Abstract]. American Academy of Optometry Annual Meeting. Vol. Program Number 060013 ()
    • King-Smith PE, Fink BA, and Nichols JJ. 2006. Contributions of evaporation and tear flow to tear film thinning and breakup. [Abstract]. ARVO meeting. ()
    • Lee K, Skadahl EJ, King-Smith PE and Nichols JJ. 2006. Measurement of the impact of evaporation on pre-lens tear film thinning and thickness. [Abstract]. American Academy of Optometry Annual Meeting. Vol. Program Number 060012 ()
    • Nichols KK, Nichols JJ, King-Smith PE, and Kellerman DJ. 2006. Tear film thickness and thinning rate following a six week trial of 2% diquafasol tetrasodium vs. placebo in dry eye patients. [Abstract]. ARVO meeting. ()
    • Williams R, Fink B, and King-Smith PE. 2006. Agreement of central corneal thickness measures produced by an ultrasonic pachymeter versus four optical instruments. [Abstract]. American Academy of Optometry Annual Meeting. Vol. Program Number 060012 ()
    • King-Smith PE, Kimball SH, and Nichols JJ. 2007. Roughness of the corneal surface studied by interferometry. [Abstract]. ARVO meeting. ()


    Send email to Dr. Peter King-Smith

    Professor Emeritus
    Phone:   (614) 292-3939
    U.S. Postal Address:
     Dr. Peter King-Smith
    The Ohio State University
    College of Optometry
    338 W. 10th Ave
    Columbus, OH 43210-1280