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Journal of Vision|October 30, 2012
The Open Perimetry Interface: an enabling tool for clinical visual psychophysicsAndrew Turpin, Paul H Artes, Allison M McKendrick
Investigative Ophthalmology & Visual Science|March 2, 2011
What reduction in standard automated perimetry variability would improve the detection of visual field progression?Andrew Turpin, Allison M McKendrick
Optometry and Vision Science : Official Publication of the American Academy of Optometry|December 1, 2005
Advantages of terminating Zippy Estimation by Sequential Testing (ZEST) with dynamic criteria for white-on-white perimetryAllison M McKendrick, Andrew Turpin
Translational Vision Science & Technology|January 29, 2021
Improving Personalized Structure to Function Mapping From Optic Nerve Head to Visual FieldAndrew Turpin, Allison M McKendrick
Optometry and Vision Science : Official Publication of the American Academy of Optometry|January 5, 2005
Combining perimetric suprathreshold and threshold procedures to reduce measurement variability in areas of visual field lossAllison M McKendrick, Andrew Turpin
Clinical & Experimental Optometry|March 11, 2024
Understanding and identifying visual field progressionAllison M McKendrick, Andrew Turpin
Translational Vision Science & Technology|April 15, 2022
A Method for Reducing the Number of Presentations in Perimetric Test ProceduresAndrew Turpin, Allison M McKendrick
Journal of Vision|April 6, 2022
The Open Perimetry Initiative: A framework for cross-platform development for the new generation of portable perimetersIván Marín-Franch, Andrew Turpin, Paul H Artes, et al.
Translational Vision Science & Technology|September 20, 2013
Towards Patient-Tailored Perimetry: Automated Perimetry Can Be Improved by Seeding Procedures With Patient-Specific Structural InformationJonathan Denniss, Allison M McKendrick, Andrew Turpin
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