A study of morphometric variations of fallopian tube in female foetuses

Toleti Sarada, Geetha Devi Venkatanaga Karey, Geetha Devi Venkatanaga Karey, Raja Madhava Rayudu, Raja Madhava Rayudu

Abstract


Background: Purpose of current study was to describe the variations found in the development, anatomical functional aspect of fallopian tube in the embryonic life and further development in the adult. This is about fundamental significance in treatment of infertility.

Methods: The study is done on 30 embalmed dead female foetuses which were explored by gross dissection. The following data are noted from each specimen- length of tube, relation of tubes on both sides, number of fimbria and anomalies i.e. absence of tube (Agenesis).

Results: In the thirty specimens studied the length of the tube is approximately 5-8 cm. The ampulla of 3rd trimester foetuses found to be convoluted. The convolutions are not so much marked in the 1st and 2nd trimester foetuses. In one foetus No 9 there is complete absence of left side tube. Another foetus No 20 tube length is 1 cm with absence of ampulla, infundibulum and fimbria on the right side, that is 6% congenital absence of one sided tube. The number of fimbria are in an average of 4-5 on both sides. Morgangi cysts present in tubes of 3 foetuses i.e. (9%).

Conclusion: Majority of the foetuses length of the fallopian tubes vary from 5-8 cm. Single tube absent in two foetuses, one foetus left side complete absence and another foetus  right side absence of ampulla, infundibulum and fimbria i.e. of about 6% congenital absence of tube is important for obstetricians for treating infertility.  

 


Keywords


Fallopian tube, Ampulla, Infundibulum, Fimbria

Full Text:

PDF

References


Susan Standring. The fallopian tubes. In: Susan Standring, eds. Gray’s Anatomy. 40th ed. US: Churchill Livingstone Elsevier; 2008: 1292-1293.

Arnold Land, Ernst Haeckel. The fallopian tubes. In: Arnold Land, Ernst Haeckel, eds. Text Book of Comparative Anatomy. 1st ed. New York: Parti London Macmillan and Co; 1891: 254-265.

Wood Jones F. The fallopian tubes. In: Wood Jones F, eds. Buchana’s Manual of Anatomy. 8th ed. London: Balliere Tindall and Cox Reprinted; 1953: 940-941.

Carl J. Pauertein. The fallopian tube. In: Carl J. Pauertein, eds. A Reappraisal. 1st ed. Philadelphia: Lea & Fabiger; 1974: 1-20.

Novak E, Everett HS. Fallopian tube for purposes of contraception, recanalization and clinical management. Am J Obstet Gynaecol. 1928;18:499.

Franz Kiebel, Frankli UP. Mullerien duct. In: Franz Kiebel, Frankli UP, eds. Mall, Manual of Human Embryology. 3rd ed. Philadelphia: JB Lippincott Company; 1910: 919, 912-915.

Joseph Kraft. Ostium abdominal tube. In: Joseph Kraft, eds. Human Embryology. 6th ed. London and New York: Paul B. Hocker; 1995: 31-32.

Joseph Kraft. Mullerian duct. In: Joseph Kraft, eds. Human Embryology. 6th ed. London and New York: Paul B. Hocker; 1995: 31-32.

Bruce M. Carlson. The cranial pole of ovary. In: Bruce M. Carlson, eds. Pattern, Pattern Foundations of Embryology. 2nd ed. New York: The Biological Sciences McGraw Hill Company; 1958: 531-532.

Leslie Brainerd Arey. Uterine tubes. In: Leslie Brainerd Arey, eds. Developmental Anatomy. 1st ed. Philadelphia: WB Saunders Company; 1966: 159.

Narayana R, Rajeev MA. Duplication of fallopian tube. J Hum Reprod Sci. 2008;1(1):35-6.