1879BischoffTLW

A fragment from the work by Bischoff TLW. Beiträge zur Anatomie des Gorilla (1879). The paper discusses the size of the ligamentum capitis femoris (LCF) of gorilla.

Quote p. 18.

[Deu]

5. Muskeln der unteren Extremität.

Ich erwähne zunächst, dass mein Gorilla an dem mehr als eine Halbkugel bildenden Schenkelkopf ein ansehnlich langes Ligam. teres besitzt.

Translation

[Eng]

5. Muscles of the lower limbs.

First of all, I would like to point out that my gorilla has a rather long round ligament on the head of the femur, which forms more than one hemisphere.

External links

Bischoff TLW. Beiträge zur Anatomie des Gorilla. Abh. d. II. Cl. d. k. Ak. d. Wiss. XIII. Bd. III. Abth. Munchen: Verlag der Akademie, in Commission bei G. Franz. 1879. zobodat.at

Authors & Affiliations

Theodor Ludwig Wilhelm von Bischoff (1807-1882) was a German physician and biologist. wikipedia.org

Theodor Ludwig Wilhelm von Bischoff (circa 870).
Unknown author; original in the wikipedia.org collection (CC0 – Public Domain, color correction).

Keywords

ligamentum capitis femoris, ligamentum teres, ligament of head of femur, anatomy, animals, size, monkey

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

BLOG CONTENT

ZOOLOGY AND PALEONTOLOGY

19th Century

Comments

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2012MansmannKA

Invention (Patent Application Publication): Mansmann KA. Tendon-sparing implants for arthroscopic replacement of hip cartilage. WO2012162571A1 (2012). The original text of the document contained defects. WO2012162571A1S US Inventor: Kevin A. Mansmann Worldwide applications 2012 WO Application PCT/US2012/039481 events: 2012-05-24 Application filed by Mansmann Kevin A 2012-11-29 Publication of WO2012162571A1 Tendon-sparing implants for arthroscopic replacement of hip cartilage Kevin A. Mansmann Abstract Surgical implant devices are disclosed which will allow completely arthroscopic resurfacing of the acetabular socket, and the femoral head, in hip joints, in both humans, and in animals such as dogs. Such devices, made of flexible polymers with smooth articulating surfaces and porous anchoring surfaces, can be provided with centered openings, to allow a surgeon to spare the major ligament (the ligamentum teres) which connects the femoral head to the pelv...

1998AlkalayD_MellerI

Abstract of the article Alkalay D, Kollender Y, Mozes M, Meller I. Transarticular tumor invasion via ligamentum teres: A clinical-pathologic study of 12 patients (1998). The authors suggest that ligamentum capitis femoris (LCF) is a potential route for potential route for transarticular spread of a tumor. Quote 1. Abstract We studied 12 patients who were operated on for malignant tumors in and around the hip joint. A correlative study, including preoperative staging studies and anatomical-pathologic aspects of the hip joint, was performed. in 4 of the 12 patients, we found direct histologic evidence of tumor invasion from the head of the femur through the ligamentum teres to the acetabular fovea and vice versa. It seems that the ligamentum teres is a potential route for transarticular spread of a tumor. External links Alkalay D, Kollender Y, Mozes M, Meller I. Transarticular tumor invasion via ligamentum teres: A clinical-pathologic study of 12 patients. Acta Orthopaedica S...

1858GrayH

Fragments from the book Gray H. Anatomy, descriptive and surgical (1858, first edition ). The selected passages of the "classical" anatomy of the ligamentum capitis femoris (LCF) and original illustrations of Henry Carter. Quote p. 8 1 The cotyloid cavity or acetabulum, is a deep cup-shaped hemispherical depression; formed internally by the pubes, above by the ilium, behind and below by the ischium, a little less than two-fifths being formed by the ilium, a little more than two-fifths by the ischium, and the remaining fifth by the pubes. It is bounded by a prominent uneven rim, which is thick and strong above, and serves for the attachment of a fibro-cartilaginous structure, which contracts its orifice and deepens the surface for articulation. It presents on its inner side a deep notch, the cotyloid notch, which transmits the nutrient vessels into the interior of the joint, and is continuous with a deep circular depression at the bottom of the cavity: this depression...

2005MorA

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2015BoroumandS_HalwaiI

Invention (Patent Application Publication): Boroumand S, Halwai I. Tanab-Ligament (Eine bandartige Struktur, die die Luxation einer Gelenkprothese verhindert.) [Tanab-Ligament (A ligamentous structure that prevents the dislocation of a joint prosthesis)]. DE202015006363U1 (2015). Translation into German. DE202015006363U1 Germany Inventors: Boroumand Sara, Halwai Iman Current Assignee: Individual Worldwide applications 2015 DE Application DE202015006363.2U events: 2015-09-09 Application filed by Individual 2015-09-09 Priority to DE202015006363.2U 2015-10-22 Publication of DE202015006363U1 Status: Expired - Lifetime 2025-09-10 Anticipated expiration Tanab-Ligament (A ligamentous structure that prevents the dislocation of a joint prosthesis) Boroumand Sara, Halwai Iman Abstract The combination of a joint endoprosthesis and a band-like, cord-like structure. Description 1. Beschreibung einer Endoprothese [0001] Endoprothesen (gr...

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Classification of Joints with Flexible Elements The classification of joints with flexible elements was first proposed by A.S. Arkhipova in 2016 and presented at conferences in 2016-2017 ( 2017АрхиповаАС ). Joints with flexible elements are divided by the author into detachable and non-detachable, three-axis, two-axis, and single-axis. Each can contain in various combinations one or more external and internal flexible elements - analogs of joint ligaments, including the ligamentum capitis femoris (LCF). Conditional designations of joints with flexible elements using the example of a ball joint: Detachable ball joint with an internal flexible element Non-detachable ball joint with an internal flexible element Detachable ball joint with an external flexible element Non-detachable ball joint with an external flexible element Detachable ball joint with both internal and external flexible elements Non-detachable ball joint with both internal and external flexible elements Flexib...

2010MarissenR

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