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There are countless figures, both iconic and subtle,
that have paved the way for the ophthalmic industry as we know it
today. Listed below are just a few of the Doctors, Opticians,
Scientist, Inventors, and so forth that have contributed to the
foundation of the procedures and technologies that are being used
in the Ophthalmic industry today. Just click on the image or the
"More..." link to read a brief biography of the depicted pioneer. |
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Dr. Jose Ignacio Barraquer is part of a long line of ophthalmologists. His
Grandfather, Father, Son and Daughter are all famous doctors in
their own right. Dr. Jose Ignacio Barraquer left Europe after
completing medical school and founded The Instituto Barraquer de
America in Bogata, Columbia.
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Barraquer, Jose Dr |
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More...
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Bausch & Lomb |
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Pierre Demours
wrote and published many essays exploring ocular anatomy. Much of
the optical field credits Demours with writing the first description
of the cornea’s posterior membrane. This membrane is now labeled
Descemet’s membrane.
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Demours, Pierre |
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Farnsworth explored past theories on color vision and blindness. He
wrote the following statement regarding color vision: For industrial purposes color
vision can be divided usefully into three groups: normal, partially
defective, and color blind. Two standard tests are sufficient to
make this analysis:
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Farnsworth |
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Benjamin
Franklin was born in 1706 in Boston, Massachusetts to a family of 17
children and two hard-working parents. He grew to become a master of
many trades. Franklin was a printer, a publisher, a civic leader, a
statesman and a scientist. Franklin vital figure in American
history. More... |
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Franklin, Benjamin |
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Augustin Fresnel was a French
physicist born in 1741. His greatest achievements were in the
field of physical optics. Fresnel created the basic format for
optical theory.
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Fresnel, Augustin |
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Alvar
Gullstrand was born in Sweden in 1862. His father was a well-known
physician. Alvar Gullstrand studied medicine in Upsala, Vienna and
Stockholm. He focused his studies on dioptrics, meaning the study
of the human eye as a transparent system of lenses for the
collection and refraction of light.
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Gullstrand, Alavar |
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Jones created
a type of pyrex glass tube key in ophthalmology. When patients’
tears are obstructed due to complications or defects the tube can be
implanted. Jones’s tiny tubes can then drain the eye.
More... |
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Jones, Lester T. |
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Carl Koller
studied medicine at the University of Vienna. At first Koller’s
interests were in embryology and experimental pathology, but soon
Koller switch to ophthalmology. One of his teachers shared with him
the need for a local anesthetic in eye surgery. Koller, eager to
make a large contribution, experimented with various solutions on
animals, but had no luck.
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Koller, Carl |
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Johann
Mikulicz was born in 1850 in Bukowina, Romania. He studied medicine
and apprenticed surgeon Theodor Billroth in Vienna. Mikulicz
eventually became Billroth’s assistant and then a professor
himself. Mikulicz made many significant contributions to
medicine. More... |
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Mikulicz, Johann |
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In 1994, Charles Nishimura won the
Trailblazers Award from the Contact Lens Manufacturers Association.
This award is for “outstanding achievement in product development to
the enhancement of the contact lens industry.”
More... |
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Nishimura, Charles |
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Before
Theodore Obrig, wearing contact lenses was virtually unbearable.
Lenses were made out of thick, unyielding glass. In 1938, Obrig in
conjunction with John Mullen created contact lenses made completely
of plastic.
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Obrig, Theodore |
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Charles Prentice’s father, James,
studied optometry in London as an apprentice and moved to New York
in 1847 to open his own optical shop. He became renowned for
his manufacturing of optical instruments and creating the anatomical
eye glass. As there were no adequate schools in the United
States, James Prentice
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Prentice, Charles |
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In 1955, Irving Rips created the first
seamless bifocal. The lens Rips created was amazingly without
any division lines. Based on the belief that his seamless
bifocals made people look younger, Rips founded his own company
called Younger Optics.
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Rips, Irving |
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Schirmer was
born in 1864 in Greifswald, Germany. He studied at a handful of
universities throughout Germany and eventually followed in his
father’s footsteps to become the Chair of Ophthalmology in
Greifswald. More... |
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Schirmer |
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In the 1920s,
Swedish ophthalmologist Henrik Sjogren first began to investigate
and publicize patients with dry eyes and mouth. His research led to
the recognition of Sjogren’s Syndrome.
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Sjogren, Henrik |
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Phillips
Thygeson was born in 1903 and became known for his studies of an eye
condition he labeled, Thygeson’s Superficial Punctate Keratitis. He
wrote about his discoveries in the Journal of the American
Medical Association in 1950.
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Thygeson, Phillips |
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In 1954 Charles Hard Townes built the first maser with H. J. Zeiger and
James P. Gordon at Columbia University. The maser is microwave
(low frequency radiation) amplification by stimulated emission of
radiation. More... |
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Townes, Charles Hard |
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Born in 1821 just outside of
Berlin, Herman Von Helmholtz was interested in a vast array of
sciences. He studied everything from mechanics to physiology.
In 1849, Helmholtz became a professor of physiology at Konigsberg.
Helmholtz was promoted to various teaching positions throughout
Germany
More... |
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Von Helmholtz, Herman |
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James Wardrop
was a British surgeon and ophthalmologist. He lived from 1782 to
1869. Wardrop studied medicine at Edinburgh and attended lectures
though out Europe. At only 19 years old, Wardrop became the house
surgeon in the Royal Infirmary. By 22, he moved to Edinburgh and
began the museum of the Royal College of Surgeons. More... |
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Wardrop, James |
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William Hyde
Wallaston was born in Norfolk, England in 1766. He grew up with 16
siblings. Wallaston graduated with a medical degree from Cambridge
and began his own practice. Due in part to deteriorating eyesight,
Wallaston left his practice to pursue his own research.
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Wallaston, William Hyde |
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In 1903, Claude Worth introduced his
fusion theory of strabismus. Worth linked fusion to binocular
vision and divided binocular vision into three grades. He
additionally created a test to measure the degree of fusion.
More... |
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Worth, Claude |
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Thomas Young
was born in 1773 to Quaker parents in Milverton, England. He was a
child prodigy. Before his fifth birthday, Young read the entire
Bible twice. He read and wrote Latin at age six. By the time
Young turned fourteen, he had knowledge of at least five languages.
In time he learned twelve.
More... |
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Young, Thomas |
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