Inclusive Anatomy
History
Historical Timeline
400 BCE
400 BCE
Hippocrates
Mentioned the Achilles tendon in ancient medical texts, referring to its role in healing and rehabilitation.[1]
150 CE
Galen
Provided anatomical descriptions of the tendon in his extensive work on human anatomy, contributing to its recognition in medical literature.[2]
1628
William Harvey
Named the Achilles tendon, attributing the name to the Greek hero Achilles after the mythological story of his death.[3]
1700s
Variou Anatomists
Through the Renaissance, numerous anatomists like Andreas Vesalius contributed to more detailed anatomical descriptions of the tendon and its function.[4]
Present
Eponym History
The calcaneal tendon is eponymously known as the Achilles tendon, named after Achilles, the legendary Greek hero whose heel was described as his only point of vulnerability. Anatomically, early descriptions of the tendon and its function are attributed to Galen (c. 130–200 CE), whose work formed the foundation of anatomical knowledge throughout antiquity and the Middle Ages. Galen was born in Pergamon (modern-day Türkiye), trained in Alexandria, and later practiced in Rome, where he became physician to gladiators and Roman emperors.[1]
Although the mythological association predates modern anatomy, the term “Achilles tendon” became widely adopted in medical literature during the early modern period, particularly through the influence of William Harvey and other Renaissance anatomists.[2]
Achilles — Image obtained from iStock (Getty Images)
Scientific Contributions
Galen’s anatomical studies were foundational to the understanding of musculoskeletal structure and function. Through animal dissections and systematic observation, he described the relationship between muscles, tendons, and movement, including the connection between the calf muscles and the heel via the calcaneal tendon. His writings shaped medical education for centuries and influenced later anatomists who refined and corrected his work.[2]
Subsequent anatomists of the Renaissance, including Andreas Vesalius, expanded upon Galen’s descriptions through direct human dissection, contributing to a more accurate understanding of tendon anatomy and biomechanics.[3]
References
Bishop L. Galen: Physiological Studies. Oxford University Press; 1996.
Nutton V. Ancient Medicine. Routledge; 2004.
Harvey W. Exercitatio Anatomica de Motu Cordis et Sanguinis in Animalibus. William Fitzer; 1628.
Biz C, Refolo M, Zinnarello FD, Crimì A, Dante F, Ruggieri P. A historical review of calcaneal fractures: from the crucifixion of Jesus Christ and Don Juan injuries to the current plate osteosynthesis. International Orthopaedics. 2022;46(6):1413-1422.