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{{Infobox scientist
== Marc Amsler ==
| name = Marc Amsler
| image = <!-- Image of Marc Amsler -->
| caption = Marc Amsler, Swiss Ophthalmologist
| birth_date = December 5, 1891
| birth_place = Vevey, Switzerland
| death_date = May 3, 1968
| death_place = Lausanne, Switzerland
| nationality = Swiss
| field = Ophthalmology
| known_for = Amsler Grid
}}


'''Marc Amsler''' (December 5, 1891 – May 3, 1968) was a renowned Swiss ophthalmologist best known for developing the [[Amsler Grid]], a diagnostic tool used to detect [[macular degeneration]] and other visual impairments. His contributions to the field of [[ophthalmology]] have had a lasting impact on the diagnosis and management of retinal diseases.
[[File:Marc_Amsler_1949.jpg|thumb|right|Marc Amsler in 1949]]
 
'''Marc Amsler''' (1891–1968) was a Swiss ophthalmologist renowned for his contributions to the field of [[ophthalmology]], particularly in the study and treatment of [[corneal diseases]] and [[macular degeneration]]. He is best known for developing the [[Amsler grid]], a diagnostic tool used to detect [[visual field]] defects and monitor changes in the [[macula]].


== Early Life and Education ==
== Early Life and Education ==
Marc Amsler was born in [[Vevey]], Switzerland. He pursued his medical education at the [[University of Lausanne]], where he developed a keen interest in ophthalmology. After completing his medical degree, Amsler continued his studies in various European cities, gaining experience and knowledge in the emerging field of eye care.
 
Marc Amsler was born in 1891 in Switzerland. He pursued his medical education at the [[University of Lausanne]], where he developed an interest in ophthalmology. After completing his studies, Amsler trained under prominent ophthalmologists, which laid the foundation for his future contributions to the field.


== Career ==
== Career ==
Amsler began his professional career at the [[University of Lausanne]] as an assistant in the ophthalmology department. His dedication and skill quickly earned him a reputation as a leading expert in the field. In 1935, he was appointed as a professor of ophthalmology at the [[University of Zurich]], where he continued his research and clinical work.


=== Development of the Amsler Grid ===
Amsler's career in ophthalmology began in earnest when he joined the faculty at the [[University of Zurich]]. His work focused on the [[anatomy]] and [[physiology]] of the eye, with a particular emphasis on the [[cornea]] and [[retina]].
The [[Amsler Grid]] was developed by Marc Amsler in the 1940s as a simple yet effective tool for detecting [[macular degeneration]] and other central visual field defects. The grid consists of a square with evenly spaced horizontal and vertical lines, with a central fixation point. Patients use the grid to self-monitor their vision, noting any distortions or missing areas, which can indicate retinal issues.


== Contributions to Ophthalmology ==
=== Contributions to Ophthalmology ===
In addition to the Amsler Grid, Marc Amsler made significant contributions to the understanding of [[keratoconus]], a progressive eye disease that affects the cornea. His research helped in the development of diagnostic techniques and treatment options for this condition.


Amsler was also involved in the study of [[glaucoma]] and [[cataracts]], contributing to the advancement of surgical techniques and patient care in these areas.
Amsler's most significant contribution is the development of the Amsler grid, a simple yet effective tool for detecting [[macular degeneration]] and other [[retinal disorders]]. The grid is used by patients to self-monitor their [[central vision]] and report any distortions or changes to their ophthalmologist.
 
In addition to the Amsler grid, Marc Amsler conducted extensive research on [[keratoconus]], a progressive eye disease that affects the shape of the cornea. His studies helped improve the understanding and management of this condition.


== Legacy ==
== Legacy ==
Marc Amsler's work has had a profound impact on the field of ophthalmology. The Amsler Grid remains a widely used tool in clinical practice, and his research continues to influence modern diagnostic and treatment methods.


== Personal Life ==
Marc Amsler's work has had a lasting impact on the field of ophthalmology. The Amsler grid remains a standard tool in eye care, used worldwide by ophthalmologists and optometrists. His research on corneal diseases continues to influence modern treatments and diagnostic techniques.
Amsler was known for his dedication to his work and his passion for teaching. He mentored many students and young ophthalmologists, leaving a lasting legacy in the academic community.


== Also see ==
== Related Pages ==
* [[Amsler Grid]]
 
* [[Macular Degeneration]]
* [[Ophthalmology]]
* [[Amsler grid]]
* [[Macular degeneration]]
* [[Keratoconus]]
* [[Keratoconus]]
* [[Glaucoma]]
* [[Cornea]]
* [[Cataract]]
 
{{Authority control}}


[[Category:Swiss ophthalmologists]]
[[Category:Swiss ophthalmologists]]
[[Category:1891 births]]
[[Category:1891 births]]
[[Category:1968 deaths]]
[[Category:1968 deaths]]
[[Category:University of Lausanne alumni]]
[[Category:University of Zurich faculty]]

Latest revision as of 11:00, 15 February 2025

Marc Amsler[edit]

Marc Amsler in 1949

Marc Amsler (1891–1968) was a Swiss ophthalmologist renowned for his contributions to the field of ophthalmology, particularly in the study and treatment of corneal diseases and macular degeneration. He is best known for developing the Amsler grid, a diagnostic tool used to detect visual field defects and monitor changes in the macula.

Early Life and Education[edit]

Marc Amsler was born in 1891 in Switzerland. He pursued his medical education at the University of Lausanne, where he developed an interest in ophthalmology. After completing his studies, Amsler trained under prominent ophthalmologists, which laid the foundation for his future contributions to the field.

Career[edit]

Amsler's career in ophthalmology began in earnest when he joined the faculty at the University of Zurich. His work focused on the anatomy and physiology of the eye, with a particular emphasis on the cornea and retina.

Contributions to Ophthalmology[edit]

Amsler's most significant contribution is the development of the Amsler grid, a simple yet effective tool for detecting macular degeneration and other retinal disorders. The grid is used by patients to self-monitor their central vision and report any distortions or changes to their ophthalmologist.

In addition to the Amsler grid, Marc Amsler conducted extensive research on keratoconus, a progressive eye disease that affects the shape of the cornea. His studies helped improve the understanding and management of this condition.

Legacy[edit]

Marc Amsler's work has had a lasting impact on the field of ophthalmology. The Amsler grid remains a standard tool in eye care, used worldwide by ophthalmologists and optometrists. His research on corneal diseases continues to influence modern treatments and diagnostic techniques.

Related Pages[edit]