Summary
The arrangement of muscle, collagen and elastic fibers was studied in the retro- and suprahepatic (subdiaphragmatic) portions of the inferior vena cava, the hepatic veins and their main affluents. Distinctive features of the longitudinal and transverse muscle bundles are described. In these portions of the vena cava, both bundle systems are clearly separate and any continuity was observed only at the entrances of the hepatic veins. A musculo-venulolymphatic complex was noted in spurs formed by the vascular junctions. The hepatic veins and their main affluents exhibit an elliptical contour in transverse section, which apparently results from cranial and caudal thickenings of the longitudinal muscle layer. Many of these bundles are in continuity with those of the transverse muscle layer. Terminal elastic tendons were rarely observed in connection with muscle fibers of the inferior vena cava and are not present in the hepatic veins and their main affluents. In terms of form and function, the relatively thin muscular layer has a dilating action on the hepatic venous system because of the external fixed insertion point of the muscle bundles. Such an arrangement and a “polar” disposition of the muscle bundles in the hepatic venous system may assists in “suction” of the blood toward the heart. A sphincteric control of the ostia by means of crossed muscular loops supported by venulo-lymphatic micropads is a possibility.
Résumé
La disposition des fibres collagènes et élastiques des muscles de la paroi veineuse a été étudiée dans les segments rétro et suprahépatiques (sub-diaphragmatique) de la veine cave inférieure, des veines hépatiques et de leurs principaux affluents. Des caractéristiques de groupes musculaires longitudinaux et transversaux sont décrits. Dans ces portions de la veine cave, les deux groupes sont distinctement séparés et une continuité n'a pu etre observée qu'aux abouchements des veines hépatiques. Un complexe musculoveino-lymphatique a été décrit sous forme d'éperons aux jonctions vasculaires. Les veines hépatiques et leurs principaux affluents présentent un contour elliptique en section transversale, qui résulte apparemment d'épaississements crânio-caudaux de la couche musculaire longitudinale. De nombreux groupes sont en continuité avec ceux de la couche musculaire transversale. Des tendons élastiques terminaux ont été rarement observés en connection avec les fibres musculaires de la veine cave. Ils sont absents dans les veines hépatiques et leurs principaux affluents. Les analyses morpho-fonctionnelles confèrent à la couche musculaire relativement fine une action d'expansion sur le système de veines hépatiques en fonction du point d'insertion fixe externe des groupes musculaires. Un tel arrangement et une disposition “polaire” de groupes de muscles dans le système veineux hépatique peut favoriser une “aspiration” du sang vers le coeur. Un contrôle sphinctérien au niveau des abouchements par un système d'anneaux musculaires croisés supportés par des microbourrelets veinolymphatiques est analysé.
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References
Andrews WHH, Hecker R, Maegraith BG, Ritchie HD (1955) The action vessels of the perfused canine liver. J Physiol 128: 413–434
Andrews WHH, Hecker R, Maegraith BG (1956) The action of adrenaline, noradrenaline, acethylcholine and histamine on the perfused liver of the monkey, cat and rabbit. J Physiol 132: 509–521
Andrews WHH (1957) The blood flow of the liver. Br Med Bull 13: 82–86
Arey LB, Simonds JP (1920) The relation of the smooth muscle in the hepatic vein to shock phenomena. Anat Rec 18: 219
Arey LB (1941) Throttling veins in the livers of certain mammals. Anat Rec 81: 21–31
Bargmann W (1977) Histologie und mikroskopische Anatomie des Menschen. Thieme, Stuttgart, pp 237–241
Bauer W, Dale HH, Poulsson LT, Richards DW (1932) The control of circulation through the liver. J Physiol 74: 343–375
Benninghoff A (1930) Blutgefässe und Herz. In: Möllendorf W von (1930) Handbuch der mikroskopischen Anatomie des Menschen. Springer, Berlin Heidelberg New York, pp 143–145
Bradley SE (1963) The hepatic circulation. In: Handbook of physiology. Circulation, Washington DC, Am Physiol Soc 2: 1387–1438
Bradley SE, Ingelfinger FJ, Bradley GP, Curry JJ (1945) The estimation of hepatic blood flow in man. J Clin Invest 24: 890–897
Brauer RW, Holloway RJ, Leong GF (1959) Changes in liver function and structure due to experimental passive congestion under controlled hepatic vein pressures. Am J Physiol 197: 691–692
Bucciante L (1934) Nuove acquisizioni sull'anatomia microscopica del sistema venoso. Med Biol 2: 35–65
Champetier J, Haouari H, Le Bas JF, Létoublon C, Alnaasan I, Farah I (1993) Large inferior right hepatic vein. Surg Radiol Anat 15: 21–29
Chevallier JM (1986) Le carrefour hépatico-cave: aspects anatomo-chirurgicaux actuels. A propos de 32 dissections. J Chir 123 : 689–699
Chevallier JM (1990) Anatomic basic of vascular exclusion of the liver. Surg Radiol Anat 187–194
Couinaud C (1957) Le foie. Etudes anatomiques et chirurgicales. Masson, Paris, pp 187–222
DiDio LJA, Anderson C (1968) The “sphincters” of the digestive system. Williams, Baltimore, pp 169–195
Dubreuil G (1928) Parois veineuses de l'homme. Histologie et histophysiologie. CR Assoc Anat Nancy 23: 110–116
Ebner V (1902) Vom Gefässystem. A Koellikers Handbuch der Gewebelehre des Menchen, Bd 3, pp 604–771; cited by Benninghoff A (1930) Blutgefässe und Herz. In: Möllendorff W von (1930) Handbuch der mikroskopischen Anatomie des Menschen. Springer, Berlin Heidelberg New York, pp 143–145
Elias H, Feller (1933) Über einen muskulären Drosselmechanismus an den Lebervenenmündungen. Anat Ber 26: 480–481
Elias H, Petty D (1952) Gross anatomy of the blood vessels and ducts within the human liver. Am J Anat 90: 59–111
Elias H, Popper H (1955) Venous distribution in livers. Arch Path Lab Med 59: 332–340
Ferraz-de-Carvalho CA (1973) Contribution to the functional study of tubular viscera. Arq Gastroent S Paulo 10: 183–190
Ferraz-de-Carvalho CA, Rodrigues CJ (1978) Functional anatomy of the portal vein and its main and segmental branches in the adult man. Anat Anz 143: 50–71
Franklin KJ (1931/32) Further notes on the arrangement of the collagen fibers of veins, together with certain other observations on veins, and the venous return. J Anat 66: 602–609
Gans H (1955) Introduction to hepatic surgery Elsevier, Amsterdam
Gibson JB (1959) The hepatic vein in man and their sphincteric mechanism. J Anat 93: 368–379
Goertller K (1932) Der konstruktive Bau der menschlichen Darmwand. Morph Jb 69: 329–379
Goertller K (1934) Die Konstruktion der Wand des menschlichen Samenleiters und ihre funktionelle Bedeutung. Morph Jb 74: 550–580
Goerttler K (1951) Die Bedeutung der funktionellen Struktur der Gefässwand. I. Untersuchungen an der Nabelschnurarterie des Menschen. Morph Jb 91: 127–139
Graña A, Mann F, Essex HE (1946) Influence of the liver on the shock produced by extracts of certain parasites. Am J Physiol 148: 243–252
Greenway CV, Lautt WW (1988) Distensibility of hepatic venous resistance sites and consequences on portal pressures. Am J Physiol 254: 452–458
Knisely MH, Harding F, Debacker H (1957) Hepatic sphincters. Science 125: 1023–1026
Kügelgen Av (1951) Über den Wandbau der grossen Venen. Morph Jb 91: 447–482
Kügelgen Av (1956) Weitere Mitteilung bei den Wandbau der grössen Venen des Menschen unter besonderer Berücksichtigung ihrer kollagenen Strukturen. Z Zell 44: 121–174
Lautt WW, Greenway CV, Legare DJ, Weissman H (1986) Localization of intrahepatic portal vascular resistance. Am J Physiol 25: 375–381
Legare DJ, Lautt WW (1987) Hepatic venous resistance site in the dog: localization and validation of intrahepatic pressure measurements. Can J Physiol Pharmacol 65: 352–359
Mass-Moreno R, Rothe CF (1992) Contribution of the large hepatic veins to postsinusoidal vascular resistance. Am J Physiol 25: 14–22
Mautner H, Pick EP (1915) Über die durch “Schockgifte” erzeugten Zirkulationsstörungen. Münch Med Wochenschr 62: 1141–1143
Meyer NW, Kliebsch N (1964) Über das Vorkommen von alastisch-muskulösen Systemen in den Venen des Menschen. Z Zell 62: 504–513
Mitzner W (1974) Hepatic outflow resistance sinusoid pressure, and the vascular waterfall. Am J Physiol 227: 513–519
Miyake M (1929) Über den feinen Bau der Vena cava superior und inferior. Fol Anat Jap 7: 389–395
Miyake M (1928–1930) Vergleichende Studien über den feinen Bau der Pfortader und Lebervenen. Arb Med Univ Okayama 1: 166–172
Nakamura S, Tsuzuki T (1981) Surgical anatomy of the hepatic veins and the inferior vena cava. Surg Gynec Obstet 152: 43–50
Pfhul W (1932) Die Leber. In: Möllendorff W von (ed) Handbuch der mikroskopischen Anatomie des Menschen vol 5/2. Verdauungsapparat. Springer, Berlin Heidelberg New York, pp 401–403
Price JP, McFate PW, Shaw RF (1964) Dynamics of blood flow through the canine liver. Surg 56: 1109–1120
Romeis B (1968) Mikroskopische Technik. Oldenburg, München, pp 371–388
Rothe CF, Flangan AD, Mass-Moreno R (1990) Role of beta-adrenergic agonists in the control of vascular capacitance. Can J Physiol Pharmacol 68: 575–585
Simonds JP (1919) Fundamental physiological reaction in anaphylactic peptone schock. J Am Med Ass 73: 1437
Snyder CD (1942) Recent advances in knowledge of the liver. Physiol Rev 22: 54–73
Spanner R (1940) Die Kurzschlusswege zwischen Aorten-und Pfortadersystem sowie zwischen Pfortader und Hohlvene: arterio-venöse und porto-cavale Anastomosen in der Bauchhöhle des Menschen. Zentralbl Inn Med 40: 633–669
Stieve H (1928) Über die Bedeutung venöser Wundernetze für den Verschluss einzelner Öffnungen des menschlichen Körpers. Dtsch Med Wochenschr 54: 87–90
Stieve H (1930) Über den Verschluss des menschlichen Afters. Z Zell 21: 642–653
Tainter ML, Dock W (1930) Further observations on the circulatory actions of digitalis and strophantus with special reference to the liver, an comparisons with histamine and epinephrine. J Clin Invest 8: 485–503
Takayasu K, Moriyama N, Muramatsu Y, Goto H, Shima Y, Yamada T, Makuuchi M, Yamasaky S, Hasegawa H, Hojo K (1985) Intrahepatic venous colaterals forming via the inferior right hepatic vein in 3 patients with obstruction of the inferior vena cava. Radiology 154: 323–328
Thomas WD, Essex HE (1949) Observation on the hepatic venous circulation with special reference to the sphincteric mechanism. Am J Physiol 158: 303–310
Tischendorf (1938) Z Mikr Anat Forsch, cited by Spanner R (1940) Die Kurzschlusswege zwischen Aorten-und Pfortadersystem sowie zwischen Pfortader und Hohlvene: arterio-venöse und porto-cavale Anastomosen in der Bauchhöhle des Menschen. Zentralbl Inn Med 40 : 633–669
Voss H (1939) Makroskopisch-anatomische Preparationstechnik. Akadem, Leipzig, pp 5–6
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Ferraz-de-Carvalho, C., Liberti, E., Fujimura, I. et al. Functional anatomy of the retro- and suprahepatic portions of the human inferior vena cava and their main affluents. Surg Radiol Anat 16, 267–275 (1994). https://doi.org/10.1007/BF01627681
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DOI: https://doi.org/10.1007/BF01627681