Encyclopedia > Daniel D. Palmer

  Article Content

Daniel David Palmer

Redirected from Daniel D. Palmer

Daniel David Palmer (1845-1913) born on March 7, 1845, near Toronto, Canada was the founder of chiropractic medicine. At an early age his family moved to the United States. By the late 1880s he had a practice as a magnetic healer[?] in Davenport, Iowa .

He encountered two patients who displayed symptoms associated with spinal problems. One had suffered deafness associated with a spinal dislocation. On September 18, 1895 Palmer corrected the dislocation and his patient recovered his hearing. A second patient suffering from heart disease improved after adjustment of a spinal dislocation which Palmer believed exerted pressure on the nerves leading to the heart.

Palmer generalized from these experiences and founded chiropractic. His theory was that decreased nerve flow may be the cause of disease, and that misplaced spinal vertebrae may cause pressure on the nerves. Palmer founded a school, later the Palmer School of Chiropractic[?], in 1897, by 1902 the school had graduated 15 chiropractors.

Chiropractic was controversial from the beginning and many chiropractors, including Palmer, were prosecuted for practicing medicine without a license, although eventually it was recognized that chiropractors were not practicing medicine but chiropractic. D. D. Palmer sold the school of chiropractic to his son, B. J. Palmer[?] and after several unsuccessful attempts to found a new school of chiropratic, died in Las Angeles on Oct. 20, 1913.

 

Further Reading

  • The Chiropractor's Adjuster (also called The Text-Book of the Science, Art and Philosophy of Chiropractic), Daniel David Palmer, Portland Printing House, 1910, reprinted, 1966 .

References



All Wikipedia text is available under the terms of the GNU Free Documentation License

 
  Search Encyclopedia

Search over one million articles, find something about almost anything!
 
 
  
  Featured Article
Sanskrit language

... a - gut aa - father i - pin ii - tweak u - push uu - moo r^i = r + i long r^i = r + ii or r + uu, depending on the region l^i = l + r^i (Sanskrit ...

 
 
 
This page was created in 36 ms