Melvin Moss

Dr Melvin L. Moss (1923 – June 26, 2006)[1] was an American dentist known for creating the functional matrix hypothesis for growth and development. He was an anatomist and former dean of Columbia University College of Dental Medicine.[1]

Dr. Melvin Moss

Career

Dr. Moss went to New York University and earned an undergraduate degree from there. He then attended Columbia Dental School and obtained his dental degree in 1946. Prior to dental school, he was part of the Dental Corps (United States Army) . After his dental degree, Dr. Moss continued studying and received his PhD from Columbia in anatomy, specializing in physical Anthropology in 1954. Thereafter, he joined the school in 1955 as a faculty of anatomy. In 1968, Dr. Moss became the Dean of Columbia Dental School.[2] He was also the professor emeritus of anatomy and oral biology in the Columbia University College of Physicians and Surgeons.

Dr. Moss created the functional matrix hypothesis which is often used in the speciality of orthodontics . This theory was introduced in 1962 as a chapter in one of the dental textbooks named Vistas in Orthodontics. His work was instrumental in changing the curriculum of Columbia Dental School in 60s. He placed much value in preventing oral disease and allowed students at the school to be more involved in research. His work was also instrumental in studies of bone formation, cranial growth and congenital bone deformations which were done at the national level.

Personal life

Dr. Moss was married to Letty Moss-Salentijn, who was a professor of dentistry and senior Associate Dean in the College of Dental Medicine.[3]

He died in 2006 at the age of 83. He left his wife and his two sons.

See also

References

  1. Pearce, Jeremy. "Dr. Melvin Moss, 83, Theorist on How Bones of Face Grow, Is Dead". New York Times. Retrieved 19 December 2015.
  2. "Melvin L. Moss, Former Dean Columbia Dental School". Columbia University. Retrieved 19 December 2015.
  3. "Letty Moss-Salentijn, DDS, PhD". Columbia University Department of Pathology & Cell Biology.


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