Skip to main content

1794(b)SommerringT

 

Fragments from the book Soemmerring ST. De Corporis Humani Fabrica. T.2. (1794). The author describes the form, attachment, structure and function of the ligamentum capitis femoris (LCF). The text is prepared for machine translation using a service built into the blog from Google or your web browser. In some cases, we have added links to quotations about LCF available on our resource, as well as to publications posted on the Internet. There is a known version of the treatise in German: 1791SoemmerringST.

Quote p. 52-53

Ligamentum teres capitis femoris.

WEITBRECHT Tab. XVIII. Fig. LVI. 1 HOM. SCHWENCKE Haematologia, acc. obs. anatomic. de acetabuli ligamento interno, caput femoris sirmante, c. tab. Hagae comit. 1743. 8vo. e femina duo et vigiuti annos nata hos ligamentum delineat.

§. LXXXIIII.

Ligamentum hoc, caput ossis femoris cum acetabulo connectens, in fundo acetabuli prisma refert.

Basis interni ossis femoris caput tangentis lateris ligamento labri cartilaginosi transverso interno illigatur.

Basis superioris acetabulum tangentis lateris e sine marginis inferioris cornu superioris oritur.

Latus inferius maximam partem e fovea ambo cornua inter oritur, et quibusdam tantum femoris directionibus factis acetabulum tangit.

Membrana lubrica, qua tegitur, hinc illinc falces format, quae foveam versus longiores fiunt, et unguen articulare recipiunt, quin et interne unam vel alteram fibram tendinosam exhibent. (Ligamenta massa adiposae, WEITBRECHT Fig. LVI. I.)

Motum femoris superiora et exteriora versus coërcet.

Translation

[Eng]

Ligamentum teres capitis femoris.

WEITBRECHT Tab. XVIII. Fig. LVI. 1 HOM. SCHWENCKE Haematologia, acc. obs. anatomic. de acetabuli ligamento interno, caput femoris sirmante, c. tab. Hagae comit. 1743. 8vo. e femina duo et vigiuti annos nata hos ligamentum delineat.

§. LXXXIIII.

This ligament, which connects the head of the femur to the acetabulum, rests on the floor of the acetabulum and resembles a prism.

The surface of the inner side touching the head of the femur is attached to the transverse internal ligament of the cartilaginous edge.

The surface of the superior side touching the acetabulum begins from the superior horn of the inferior edge of the semilunar surface of the acetabulum.

The inferior side mostly arises from the fossa between both horns of the semilunar surface of the acetabulum and touches the acetabulum only in certain directions of movement of the femur.

The slippery membrane with which it is covered forms folds that become longer towards the fossa and contain joint lubrication and also have one or two tendon fibers inside. (Ligament and fat mass, WEITBRECHT Fig. LVI. I.)

It limits the movement of the femur in the upper and outer directions.






External links

Soemmerring ST. De Corporis Humani Fabrica. Tomus Secundus, De Ligamentis Ossium. Traiecti Ad Moenum: Sumtibus Varrentrappii Et Wenneri, 1794. [digitale-sammlungen.de]

Soemmerring ST. Vom Bau des menschlichen Körpers. Bd. 2. Bänderlehre. Frankfurt am Main: bey Varrentrapp und Wenner, 1791. [digitale-sammlungen.de]

Authors & Affiliations

Samuel Thomas Soemmerring (Ritter von Soemmerring, Sömmerring und Soemmering (1755-1830) was a German anatomist, anthropologist, paleontologist and inventor, professor at the University of Mainz and Kasseler Collegium Carolinum. [wikipedia.org]


Samuel Thomas Soemmerring (1813)
Artist: Wendelin Moosbrugger
, original in the wikimedia.org collection
(CC0 – Public Domain, no changes)


Keywords

ligamentum capitis femoris, ligamentum teres, ligament of head of femur, anatomy, attachment, form, structure, role, function, synonym

                                                                    

NB! Fair practice / use: copied for the purposes of criticism, review, comment, research and private study in accordance with Copyright Laws of the US: 17 U.S.C. §107; Copyright Law of the EU: Dir. 2001/29/EC, art.5/3a,d; Copyright Law of the RU: ГК РФ ст.1274/1.1-2,7


Comments

Popular posts from this blog

1803LarreyDJ

  Content [i] Annotation [ii] Original text [iii] English translation [iv] Source & links [v] Notes [vi] Authors & Affiliations [vii] Keywords [i] Annotation Fragment from the book: Larrey DJ. Relation historique et chirurgique de l'expedition de l'armée d'Orient, en Egypte et Syrie (Historical account and surgery of the expedition of the Army of the Orient, in Egypt and Syria, 1803). The author describes exarticulation in the hip joint and the technique of cutting the ligamentum capitis femoris (LCF), which he calls the "interarticular ligament". The text in Russian is available at the following link: 1803LarreyDJ . [ii] Original text (France ) Quote pp. 325-328   Les praticiens qui ont proposé l'extirpation de la cuisse ne sont point d'accord sur la manière de la faire; cependant presque tous, craignant l'hémorragie de l'artère crurale, commencent par la ligature de ce vaisseau, forment ensuite un lambeau aux dépens des muscles ...

LCF in 2026 (May)

LCF in 2026 (May )  (Quotes from articles and books published in May   2026 mentioning the ligamentum capitis femoris)   Kim, P. S., Kang, C., Lee, J. K., & Hwang, J. M. (2026). Hip arthroscopy to treat symptomatic paralabral cysts: a retrospective analysis of clinical outcomes. Arthroscopy and Orthopedic Sports Medicine , 13 (1), 27-34.     [i]     e-aosm.org   Ko, H. Y. (2026). Vascular Anatomy of the Extremities and Lungs. In Practical Functional Anatomy for Spinal Cord Injury Rehabilitation: A Guide for Physiatrists and Rehabilitation Specialists (pp. 191-223). Singapore: Springer Nature Singapore.      [ii] link.springer.com   Aiba, H., Yamaguchi, M., Kimura, H., & Murakami, H. (2026). Advances in limb-salvage surgery and reconstruction for pediatric bone and soft tissue tumors. Frontiers in Pediatrics , 14 , 1817788.      [iii]     pmc.ncbi.nlm.nih.gov   Bajwa, A., Villar, R., ...

Memorial Day

July 7 My Father's Day Vasily Dmitrievich Arkhipov (1936-2004) Tireless Worker of the Kindest Soul The engineering mindset inherited from him helped develop  a Theory of ligamentum capitis femoris biomechanics , create mechanical models of the hip joint , and design walking machines with ligaments analogues . Jubilee Promo: Our Books at €1   Архипов С.В. Связка головки бедренной кости. Функция и роль в патогенезе коксартроза. Йоэнсуу: Издание Автора, 2023. [Arkhipov SV. The ligament of the head of femur. Function and role in the pathogenesis of coxarthrosis. Joensuu: Author's Edition, 2023. (In Russian)] Google Play Архипов С.В. Девятый месяц, одиннадцатый день: Рассуждение о XXXII главе книги Бытие. Йоэнсуу: Издание Автора, 2024. [Arkhipov S.V. The Ninth Month, Eleventh Day: A Reflection on Chapter XXXII of the Book of Genesis. Joensuu: Author’s Edition, 2024. (In Russian)] GooglePlay Архипов С.В. Дети человеческие: истоки библейских преданий в обозрении врача. Эссе, снабже...

Vertebrates

VERTEBRATES According to the molecular clock, a specific method for dating phylogenetic events, vertebrates (Vertebrata) separated from arthropods (Arthropoda) 976±97 Ma (2004HedgesSB_ShoeJL). The latter began to dominate in species diversity with the Cambrian burst of radiation, which occurred 520 Ma (2010EdgecombeGD). This ratio in the fauna of the Earth is still preserved. Approximately 525 Ma, the phylum Chordates separated from the group of bilaterally symmetrical animals (1995ChenJY_ZhouGQ). In turn, the evolution of chordate organisms led to the formation of the first vertebrates at least 500 Ma, from which the jawed mouths 450-400 Ma descended, becoming the ancestors of the placoderms or "armored" fish (Placodermi) (1979 НаумовНП _ КарташевНН ). Sculptural reconstruction of the placoderm Coccosteus from the order Arthrodires, Middle Devonian, 393.3-382.7  Ma ; exposition of the Orlov Paleontological Museum (Moscow); photo by the author. The first cartilaginou...

Human LCF intersection

HUMAN LCF INTERSECTION In the south of China, in the Guangxi Zhuang Autonomous Region, the archaeological Neolithic site of Dingsishan was investigated. Burials of 355 people were found in this place. The authors of the article (2024YeZ_LiFJ) identified 91 skeletons with traces of manipulations with the remains. They are attributed to burials of the Dingsishan III-IV phase, aged 8.0-4.5 thousand years. 13 notches were found on the proximal part of various femurs. « Cutmarks on the femoral head, neck and intertrochanteric line, as well as along the medial linea aspera of the femoral shaft, suggest that soft tissue around the hip, including the iliofemoral ligament and the iliacus and adductor muscles, was severed to disarticulate the joint.» This and other postmortem bone injuries «... suggests that corpse treatment at Dingsishan included disarticulation » (2024YeZ_LiFJ).  Figure 4 of the cited article shows the distribution and direction of cutmarks on human skeletons from Dingx...

PRIVACY POLICY

  Any personal information you provide is subject to the privacy policy set out below. You are responsible for taking reasonable steps to prevent others from accessing your account information on our site. You also control and are responsible for the disclosure and use of your own account login and password. If you have problems with it, please immediately inform the resource administration and inform them of the need to deactivate the password or delete data about you. Our blog contains links to other resources that may not be owned or controlled by us. The administration of our blog is not responsible for the content, security, or privacy policy of other internet resources. Unless expressly stated otherwise, links to third-party websites do not imply our endorsement, nor do they imply approval of any information about products, services, and recommendations stored on them. The blog administration reserves the right to terminate a user's access to specific interactive servic...

Hip disarticulation of the human

  Hip disarticulation of the human Hip disarticulation of the human. Postmortem surgery with transection of the LCF in humans 15-12.5 thousand years ago. Presumably, the first postmortem arthrotomy of the hip joint with disarticulation was performed in Morocco 15.000-12.500 years ago. This is confirmed by multiple cuts on the femoral neck of a man from the burial of Taf V-18 ( Taforalt Iberomaurusian necropolis ). «T he cuts on the femoral neck were produced by severing the ligaments of the articular capsula in order to disarticulate the bone from the pelvis. There are no pelvic bones in the grave.» ( 2016MariottiV_CondemiS:Fig.2 ). We counted more than a dozen longitudinal, fairly deep cuts in the middle part of the femoral neck. Their length varies from about two to ten millimeters and occupies a surface of 1 cm along the length of the femoral neck and 2 cm in width. The mentioned cuts on the cortical plate and the absence of pelvic bones in the burial are evidence of the disarti...

IMAGES AND VIDEOS

IMAGES AND VIDEOS   ( Drawings, diagrams, photographs, videos... )   T he Oldest Images of the LCF  ( video )  The three oldest images of the ligamentum capitis  femoris.  1000Jacob&Archangel.  Drawing depicting the circumstances and mechanism of the LCF injury. 1510Leonardo_da_Vinci  In the drawing, a uthor  depicted the distal fragment of the LCF.  1639BreenberghB.   Drawing depicting the circumstances and mechanism of the LCF injury. 1685BidlooG   A stretched ligament is shown. 17c.OvensJ.   Drawing depicting the circumstances and mechanism of the LCF injury. 17c.PatelP .  Drawing depicting the circumstances and mechanism of the LCF injury.   1738LadmiralJ  The first illustration and description of the LCF in an infant.  1794LoderJC   Image of the hip joint, ligamentum capitis femoris (LCF) and peripheral part of the acetabular canal. 1827Pax tonJ   Visualization of th e LCF through...

BLOG CONTENT

  T he ligament of the head of femur or ligamentum capitis femoris (LCF) is the key to a graceful gait and understanding the causes of hip joint diseases. We present promising scientific knowledge necessary for preserving health,  to create new implants and techniques  of treating degenerative  pathology and damage of the hip joint. Project objective : preserving a normal gait and quality of life, helping to study of hip joint biomechanics, developing effective treatments for its diseases and injuries. In translating to English, the author is assisted by ChatGPT (version 3.5)  and the Google Translate service .  We're sorry for any flaws in the syntax. The meaning makes up for the imperfections!     TABLES OF CONTENTS    Acetabular Canal   (Anatomy, topography and significance of the functioning area of ​​the ligamentum capitis femoris) Acetabular Canal.  Part 1.   This article describes the space where the ligam...

Inferior Portal. Part 1.

  Original in Russian is available at the link:  Нижний портал. Часть 1.  below is a machine translation edited by a non-native speaker  ( version dated 03/02/2025 ) .     INFERIOR PORTAL FOR HIP ARTHROSCOPY: A PILOT STUDY PART 1. Background and Hypothesis Arkhipov S.V., Independent Researcher, Joensuu, Finland Abstract: The article presents, theoretically and graphically substantiates the technique of a new arthroscopic approach to the central compartment of the hip joint. It is proposed to introduce the optical system of the arthroscope from below through the acetabular notch without traction. Similar approaches were used for puncture, arthroscopy, arthrography, and arthrotomy of the hip joint. Diagnostics using the described lower portal will exclude complications caused by distraction of the leg and compression of the perineal support during surgery.   CONTENTS PART 1. Background and Hypothesis [1] . Introduction [2] . Passage through t...