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Hannah M Follett
Hannah M Follett
Medical College of Wisconsin
Thirteen-lined ground squirrel
Reflectivity
Anatomy
Geology
Dominance (ecology)
4
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1
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0
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An automated image processing pipeline for adaptive optics scanning light ophthalmoscopy
2021
Biomedical Optics Express
Alex E. Salmon
Robert F. Cooper
Min Chen
Brian P. Higgins
Jenna Cava
Nickolas Chen
Hannah M Follett
Mina Gaffney
Heather Heitkotter
Elizabeth Heffernan
Taly Gilat Schmidt
Joseph Carroll
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Cone photoreceptor reflectance variation in the northern tree shrew and thirteen-lined ground squirrel.
2021
Experimental Biology and Medicine
Mina Gaffney
Robert F. Cooper
Jenna A Cava
Hannah M Follett
Alexander E Salmon
Susan Freling
Ching T Yu
Dana K. Merriman
Joseph Carroll
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Developing chemically-induced cone degeneration models in the thirteen-lined ground squirrel
2020
Investigative Ophthalmology & Visual Science
Hannah M Follett
Alexander E Salmon
Benjamin S Sajdak
Hanmeng Zhang
Jenna A Cava
Mina Gaffney
Dana K. Merriman
Joseph Carroll
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Assessing the variation of photoreceptor reflectance in cone dominant species
2020
Investigative Ophthalmology & Visual Science
Mina Gaffney
Robert F. Cooper
Jenna A Cava
Hannah M Follett
Alexander E Salmon
Susan Freling
Ching Tzu Yu
Dana K. Merriman
David Fitzpatrick
Joseph Carroll
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