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21st Century

 

21st Century

Catalog of archived publications of the specified period 

                                                    

2000

2000ShahMK Joint replacement system [invention].

2001

2001PedersenWB_BechgaardKA A prosthetic device [invention]


2002


2003


2004

Reasoning about Morphomechanics Chapter in a book: Archipov-Baltic S.V. Reasoning about Morphomechanics. The norm – Kaliningrad, 2004. [In Russian] / Original text: Архипов-Балтийский СВ. Рассуждение о морфомеханике. Норма. Калининград, 2004. 
2004LangP_MillerD Minimally invasive joint implant with 3-dimensional geometry matching the articular surfaces [invention].
2004PreussJ The author translates the biblical term "גיד" into scientific language as LCF and notes the possibility of its damage in an animal. 
2004VialleR_GlorionC The article discusses the examination technique for dislocation of the femur and describes the radiographic symptom of infringement of the damaged LCF.
2004RomagnoliS Corrective element for the articulation between the femur and the pelvis [invention]. 


2005

2005ByrdJT The authors found that the most common hip injuries in athletes include labral pathology, articular damage, and disruption of the LCF. 
2005MorA Replacement ligamentum teres femoris [invention]. 
2005TaylorS Prosthetic joint with annular contact bearing surface [invention].
The First Publication on Prevention The first publication on the prevention of LCF injury is the abstract of the report: «Arkhipov-Baltiysky S.V. On the enhancement of safety in high-altitude jumps» (2005). 

2006

2006ArkhipovSV Full hip joint. Application for invention №2006145748. 2006SporringSL_MouritsenS Medical device for insertion into a joint [invention].


2007

2007HowaldR_TrommsdorffU Implant [invention].

2008

2008ArkhipovSV On the role of the ligamentum capitis femoris in the maintenance of different types of erect posture. 
2008HeinerG Implant as an intermediate layer between articulating joint surfaces [invention].
2008StinnetteA Socket and prosthesis for joint replacement [invention].

2009

2009ArkhipovSV Stepping machine. Application for invention № 2009137007.
2009FrandsonRD_FailsAD The authors discuss the terminology, structure, and role of the LCF in the horse. 
2009LampertC The article mentions the possibility of damage to the LCF due to sudden twisting of the hip joint. 
2009LinaresMA Artificial ligaments for joint applications [invention].
2009LozierAL_RichDB Joint space interpositional prosthetic device with internal bearing surfaces [invention].

 

2010

2010MarissenR Hinge structure [invention].
2010SandersS_EgolKA This review discusses the pathological anatomy of hip dislocation and describes the variants of traumatic changes in the LCF.

2011

20011ArkhipovSV Dynamic hip joint model. Decision to grant a patent on an application for an invention №2009124926.
2011LinaresMA Hip socket with assembleable male ball shape having integrally formed ligament and female receiver and installation kit [invention]. 
2011PedersenWB_BechgaardKA Method for the production of medical implants [invention].

2012

2012ForsellP Hip joint device and method [invention].
2012FrederickP_KelmanDC Methods and apparatus for FAI surgeries [invention]. 
2012MansmannKA Tendon-sparing implants for arthroscopic replacement of hip cartilage [invention].
2012KomistekRD Maintaining proper mechanics THA [invention].



2013

2013ClaytonM PhiloR The authors describe a drawing by Leonardo da Vinci depicting the insertion site of the LCF.
2013MorrisonC_KookAI The rabbi writes about the mechanical function of the LCF in humans.роза.
2013CastroFF_MoskovitzAP Semi-constrained ball and socket joints [invention].

2014

2014ArkhipovSV_ArkhipovaAS Hinge with flexible elements. Application for invention № 2014142675. 
2014ArkhipovaAS Mobile biomorphic platforms with analogues of natural locomotion algorithms. Oral presentation at the International Olympics Space for school students.

2015

2015(a)ArkhipovSV_ArkhipovaAS Anthropomorphic stepping platform. Application for invention № 2015134113. 
2015(b)ArkhipovSV_ArkhipovaAS Stand for testing cylindrical and ball hinges. Application for invention № 2015102125.  
2015BoroumandS_HalwaiI Tanab-Ligament (A ligamentous structure that prevents the dislocation of a joint prosthesis) [invention].
2015DehaoBW_YoungJLS Understanding the ligamentum teres of the hip: a histological study. 
2015HainingZ Artificial total hip joint prosthesis with axially restrained anti-dislocation structure [invention].

2016

2016ArkhipovaAS Classification of joints with flexible elements. 
2016CohenY The first mention of LCF on an Akkadian cuneiform tablet 4000-3600 years old.
2016MayesS_CookJ Atraumatic tears of the LCF are more frequent in professional ballet dancers than a sporting population. 
2016BirminghamP Method and device for joint replacement. [invention].
2016PurquerioBM_deMoraesTF Antiluxation surgical prosthesis and artificial round ligament system thereof. [invention].

2017

2017KakuN_TsumuraH The article discusses the internal structure and attachment features of the LCF in the norm.

2018

2018CohenY Discussion of the first mention of LCF in an Akkadian text from the period 2000-1600 BCE. 

2018FreitasA_BandeiraVC. Traumatic Open Anterior Hip Dislocation in an Adult Male: A Case Report (the authors documented avulsion of the LCF from the acetabulum). 


2019

2019(a)ArkhipovSV_SkvortsovDV For the first time, damage to the ligament of the head of femur in humans and the mechanism of injury are described in the Bible. Read more in the article: Ligamentum capitis femoris: first written mentions. 
2019(b)ArkhipovSV_SkvortsovDV Ligamentum capitis femoris a pilot experimental study on a mechanical model of the hip joint.
2019FIPAT Current terms for LCF according to the Federative International Programme for Anatomical Terminology.
2019ZelongS_YongkaiW Femoral head round ligament cutting hook [utility model]. 
UNDERWATER ROCK OF THE RECONSTRUCTIONS What is the load on the ligamentum capitis femoris?
New Biomechanics in Illustrations The New Biomechanics of the Hip Joint: Pictorial Essay.

2020 

2020ArkhipovSV_ProlyginaIV The first synonyms of the ligamentum teres (ligament of the head of femur, ligamentum capitis femoris)

2021

2021ArkhipovSV_SkvortsovDV Ligamentum Teres and its Analog in the Hip Endoprosthesis–Necessary or Superfluous? A Systematic Review
2021MeesonRL_StricklandR Surgical stabilization of the femoral head in cats with an artificial LCF. 

2022

2022PerumalV_BaconCJ Ligamentum teres lesions are associated with poorer patient outcomes in a large primary hip arthroscopy cohort of 1,935 patients. 

2023

2023AL-SamarraiMQ_AL-TimmemiHA Surgical stabilization of the hip dislocation in dogs of LCF prosthesis. 


2024

2024SarıkayaB_AltayMA Histological Structure and Immunohistochemical Properties of the Ligamentum Teres in Patients With Developmental Dysplasia of the Hip.
LCF in 2024 Publications about the LCF 2024. 
2024MiglioriniF_MaffulliN The ligamentum teres and its role in hip arthroscopy for femoroacetabular impingement: a systematic review (abstract and overview of LCF tear classification).
2024arkhipovSV. The Ninth Month, Eleventh Day [Rus]. The monograph is dedicated to the oldest mention of LCF injury and the fate of the first patient with this pathology.


2025

2025ArkhipovSV. Human Children: The Origins of Biblical Legends from a Physician's Perspective. An essay with references to interactive materials. 2nd revised and expanded edition. Joensuu: Author's Edition. [In Russian]
INFERIOR PORTAL FOR HIP ARTHROSCOPY Combined PDF version of the article: Arkhipov SV. Inferior Portal for Hip Arthroscopy: A Pilot Study, 26.02.2025
2025ArkhipovSV. An Artistic Etude: The Origins of Biblical Legends from a Physician’s Perspective.
 









 


                                                                                                    

The images were created in collaboration with the Image Creator service from Microsoft

The Doctrine of LCF


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2025ArkhipovSV. Why Acetabular Labrum Repair May Be Ineffective

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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      ANCIENT MENTIONS  (Early literary evidence and early authors... ) 976-1115Theophilus Protospatharius  The author writes about the  normal anatomy of the LCF and its connective function. 10...
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1922LeeserI

  A fragment of the Book of Genesis tells about the journey of the family of Patriarch Jacob from Charan to Canaan (Gen. 31:1 – 33:20). The translation into English from of the Masoretic Hebrew text of the Torah was done by Isaac Leeser ( 1922 LeeserI ). «Most scholars agree that the texts now found in Genesis began to be written down sometime after the establishment of the monarchy in Israel in the tenth century BCE» (1992SuggsMJ_MuellerJR). A selected passage from an ancient work mentions for the first time in history the injury of the ligamentum capitis femoris (LCF) of a person is mentioned (Gen. 32:26,33). In the original Hebrew source this anatomical element is referred to as «גיד» (gheed, gid)  ( Bereshit 32:33 ;  1923, 2004PreussJ;  2019ArkhipovSV_SkvortsovDV ;  2020ArkhipovSV_ProlyginaIV ).  This term was recorded in writing long before Hippocrates of Kos (V-IV cent. BCE) who used the concept «νεῦρον» to designate LCF (1844LittréÉ). It is not known...
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ILIOTIBIAL TRACT & LCF

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Pathological Changes of LCF

  Version : 20240419 RESULT OF PATHOLOGICAL CHANGE OF LCF 1. Absence of detectable changes 2. Elongation 3. Shortening 4. Thinning (hypotrophy) 5. Thickening (hypertrophy) 6. Disappearance 7. Impingement (within the joint space) 8. Compression (in the fossa of the acetabulum) 9. Marginal defect 10. Distally detached fragment 11. Proximally detached fragment 12. Two-fragments injury (in the midsection) 13. Avulsion-fracture of the distal end 14. Avulsion-fracture of the proximal end 15. Subsynovial avulsion of the distal end 16. Subsynovial avulsion of the proximal end 17. Synovial sheath 18. Partial distal end detachment 19. Partial proximal end detachment 20. Partial subsynovial injury 21. Complete subsynovial injury 22. Combination of pathological changes   PATHOMORPHOLOGICAL CHANGES OF LCF 1. Edema 2. Dystrophic change in the stroma 3. Total dystrophic change 4. Metaplasia 5. Sclerosis 6. Hyalinosis 7. Fibrosis ...
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Load on LCF

  Version : 20240419 Magnitude of LCF Load 1. Optimally loaded 2. Partially loaded 3. Unloaded 4. Excessively loaded (overloaded)   Reasons for Increased Load on LCF 1. Increase in effective body weight 2. Decrease in the lever arm of the abductor muscle group 3. Decrease in the strength of the abductor muscle group 4. Increase in the lever arm of body weight 5. The presence of a dynamic component (walking, running, jumping)   Reasons for Decreased Load on LCF 1. Decrease in body weight 2. Increase in the lever arm of the abductor muscle group 3. Increase in the strength of the abductor muscle group 4. Decrease in the lever arm of body weight 5. Absence of dynamic component (walking, running, jumping)   Keywords: ligamentum capitis femoris, ligament of head of femur , round ligament, ligamentum teres, classification, functions, dysfunction, l oad                       ...
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Set of Classifications

  General Classification of LCF Pathology Version : 20240420 Annotation Analysis of literature data and our own morphological observations allowed us to propose a General Classification of LCF Pathology. Introduction In Russia, the initial attempts to classify pathology of the ligamentum capitis femoris (LCF) were made by morphologists. L.I. Gaevskaya distinguished three types of LCF: 1) long and thick (length 41–51 mm, thickness 5 mm), 2) short and thin (length 10–20 mm, thickness 1 mm), 3) long and of small thickness (length 43–45 mm, with a thickness of 3 mm, and length 28–30 mm with a thickness of 4–5 mm) (1954 ГаевскаяЛИ ). V.V. Kovanov, A.A. Travin identified three varieties of histological structure of LCF: 1) with a predominance of loose connective tissue; 2) with a predominance of dense connective tissue; 3) with a uniform distribution of loose and dense connective tissue ( 1963 КовановВВ _ ТравинАА ). The development of arthroscopic surgery has made it possible to i...
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