Very Excellent read and helpful.
Even when technology has developed more accurate machines for diagnose and follow-up glaucoma and other neuro-ophth diseases, this is a really great book for understand how automated perimetry works. Humphrey machines are still working in almost every country, but not all users knows how to interpretate its results.
Thomas M. Wilson
Cathy Thomas
Thomas Sandkühler
Thomas Hoffmann-Walbeck
Thomas Heidel
Thomas J. Holt
Kitty Thomas
Thomas RICH
Thomas Kolster
Thomas B. Ksiazek
Thomas Tille
J. W. Thomas
Thomas Thomas Nelson
Thomas Thomas Nelson
Thomas Hauffe
Thomas C. Bates M.S. L.P.C.
Frank Thomas Croisdale
Julian Thomas
Thomas Paine
Thomas Campbell
Thomas Hawkes Tanner
Edward Thomas
Thomas Heinzen Susan Nolan
Thomas Chatwin
Thomas D. Senor
Thomas Bernhard
Thomas Media
Thomas John Bernard
Thomas K. Hyatt
Thomas P. Fuller
Walsh, Sarah (Illustrator)
Brett Lee Thomas
Thomas E. Levy
Thomas Thum
Thomas M. Spencer
Thomas Grob
Thomas Marmefelt
Thomas Potts Mrs. b. 1819 James
Thomas Edwin Farish
Thomas Holcroft
Thomas Shirley
Thomas Hamilton B 1857 Murray
Thomas Edward Scrutton
Thomas Gibson (M D )
Thomas Henry Huxley
Thomas Simpson 1854- Lunt
Thomas Dwight
Thomas Stewart Blair
Thomas Wallace Knox
Thomas Nordström
David C. Thomas
Thomas Bardwell
Dennis W. Brandt
Reyes, Vitelio.
Denise Leite
Kungnip Chungang Pangmulgwan (Korea)
IEEE Conference on Technologies for Homeland Security (2007 Woburn, Mass.)
Massimo Carta
Yvonne Brentjens
Wu, Yuan.
Michael Winter
Timothy Paul Longman
Black Environmental Thought Conference (2007 Tuskegee University)
G. E. R. Lloyd
Zhengmao Chen
Alice Krieg-Planque
José Aguilar
María del Carmen Mastropierro
Stjepan Lapenda
Eric Roussel
Duško Anđić
Stephen J. Chinlund
Jonathan Wyn Schofer
Mary Beth Crain
Piero Dominici
Ondrej Kondáš
Arthur Henderson Smith
Necla Arat
Marguerite De Angeli
Oscar Niemeyer
Lithuania. Aplinkos apsaugos ministerija
Jan Koźmian
Theodore Deppe
Neta Jackson
Andreas Blühm
Alice Lieberman
Andy Summers
Winarno Surakhmad
José Jobson de A. Arruda