Sonographic Evaluation Of Portal Vein Diameter In North Indian Population
Sonographic Evaluation Of Portal Vein
DOI:
https://doi.org/10.70284/njirm.v4i2.2137Keywords:
portal vein, ultrasonography , North Indian population, diameter of portal veinAbstract
Background: Portal vein size is a diagnostic index useful in measuring portal hypertension which is found in many disease conditions including cirrhosis where it occurs in > 60% of cases. Aims: The aim of this work is to determine the normal portal vein diameter in adult North Indian population. There is paucity of work describing the portal vein diameter in this population. Method: In this work we used a 2 D ultrasound- a non invasive method to assess the portal vein size in 400 adults aged 20-80 years of both sexes(146 males & 254 females). Results: The mean diameter of normal portal vein in the male subjects was 10.33 mm ± 1.004 & in female 9.41 mm ± 1.16. Conclusion: The portal vein diameter obtained in this work is comparable to that found in Caucasians. This information can be useful in diagnosing and treating portal hypertension in a variety of clinical situations.
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58:313-314.
16. Jeffry Wemrib ,Sheila Kumari, Gail Phillips
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(1982)39:497
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Ultrasound demonstration of changes in the
normal portal venous system following a meal.
The British Journal of Radiology (1984)
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demonstration of variations in normal portalvein diameter with posture . The British
Journal of Radiology (1985)
19. H.Rokini Yazdi ,M.R.Kalilian. Sonographic
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Diameter of Portal and Splenic Veins in
Cirrhotic Patients and Healthy Controls . Iran J
Radiol , June 2005 ,2(3,4) 95-98
20. H.Rokini Yazdi ,H.Sotoudeh . Assessment of
Normal Doppler Parameters of Portal Vein and
Hepatic Artey in 37 Healthy Iranian Volunteers
Iran .J. Radiol (2006),3(4)p213-216
21. Anakwue A.C ,agwu KK Sonographic Evaluation
of Normal Portal Vein Diameter in Nigerians
European Journal of Scientific Research
(2009)Vol .36 No 1 114-117.
22. Scabel SI, Ritternberg GM, Javid LH,
Cunningham J, Ross P. The bull’s eye falciform
ligament: a sonographic finding of portal
hypertension. Radiology.1980; 136: 159-169.
23. Luigi Bolondi, Linello Gandolfi. Ultrasonography
in the assessment of portal venous system.
Lancet. 1978; 1: 656-657.
Elsevier, Churchil livigstone 2005. Pp1218 -
1220.
2. Child GC,†ED†Portal hypertension as seen by
17 Authorities. Philadelphia. W.B Saunders
Company. 1974; 102-120.
3. Webb LJ, Berger LA, Sherlock S. Grey scale
ultrasound of portal vein. Lancet, 1979;
2: 675-677.
4. Meire EB, Dewbury KC, Cosgrove DO.
Abdominal and General Ultrasound. Editor:
Cosgrove D, Meire H, Dewbury K. Churchill
Livingstone. Edinburgh. 1993: 1:311.
5. Cook GC.Tropical Gastroenterology. New York
Oxford University press, 1980; 150-156.
6. Merrit CRB. Ultrasonographic demonstration of
portal vein thrombosis. Radiology. 1979; 133:2:
425- 427.
7. Hans-Udo J, Jenny J, Ralls PW, Goldstein L,
Reynolds T. Ultrasound demonstration of
portosystemic venous collaterals in cirrhosis
and portal hypertension. Radiology. 1982;
142:459 – 463.
8. Weinreb J, Kumari S, Philips G, Pochaczevsky R.
Portal vein measurement by real time
sonography. AJR, 1982; 139:3: 497- 499.
9. Nestaiko OV, Iarovoi AV, Bekov AD,
Ultrasonographic symptoms of portal
hypertension; Med- Radiol- Mosk.; 1991; 36(2);
4-6.
10. Subramanyam BR, Balthazar EJ, Madamba MR,
Raghavendra BN, Horii SC, Lefleur
RS.Sonographic of portosystemic venous
collaterals in portal hypertension. Radiology.
1983; 146: 161-166.
11. Marks WM, Filly RA, Callen PW. Duplex
Doppler: Identification of cavernous
transformation of portal vein. AJR. 1985; 144:5 :
999-1001.
12. Luigi B, Linello GF, Arienti V. Ultrasound in the
diagnosis of portal hypertension. Radiology.
1982; 142: 167 – 172.
13. Sanders R, Conrad MR, White R. Normal and
abnormal upper abdominal venous structures
as seen by ultrasound. AJR. 1977; 128: 657 –
662.
14. Ohmae H, Tanaka M, Hayaslu M. Improvement
of ultrasonic and serologic changes in
schistosoma japonicum infected patients after
treatment with praziquantel. American Journal
of
Tropical Medical Hygiene. 1992; 46:1: 99-104.
15. Rahim N, Adam EJ. Ultrasound demonstration
of variation in normal portal vein diameter
withposture. British Journal of Radiology. 1985;
58:313-314.
16. Jeffry Wemrib ,Sheila Kumari, Gail Phillips
,Rubem Pochaczeusky Portal Vein
Measurements by Real Time Sonography AJR
(1982)39:497
17. E.A. Bellamy, M.C.Bossi and D.O.Cosgrove,
Ultrasound demonstration of changes in the
normal portal venous system following a meal.
The British Journal of Radiology (1984)
18. N.Rahim and E.J.Adam. Ultrasound
demonstration of variations in normal portalvein diameter with posture . The British
Journal of Radiology (1985)
19. H.Rokini Yazdi ,M.R.Kalilian. Sonographic
Assessment of Respiratory Variations in
Diameter of Portal and Splenic Veins in
Cirrhotic Patients and Healthy Controls . Iran J
Radiol , June 2005 ,2(3,4) 95-98
20. H.Rokini Yazdi ,H.Sotoudeh . Assessment of
Normal Doppler Parameters of Portal Vein and
Hepatic Artey in 37 Healthy Iranian Volunteers
Iran .J. Radiol (2006),3(4)p213-216
21. Anakwue A.C ,agwu KK Sonographic Evaluation
of Normal Portal Vein Diameter in Nigerians
European Journal of Scientific Research
(2009)Vol .36 No 1 114-117.
22. Scabel SI, Ritternberg GM, Javid LH,
Cunningham J, Ross P. The bull’s eye falciform
ligament: a sonographic finding of portal
hypertension. Radiology.1980; 136: 159-169.
23. Luigi Bolondi, Linello Gandolfi. Ultrasonography
in the assessment of portal venous system.
Lancet. 1978; 1: 656-657.
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Published
2013-04-30
How to Cite
Gupta, D. E., Usman, D. N., & Gupta, D. A. (2013). Sonographic Evaluation Of Portal Vein Diameter In North Indian Population: Sonographic Evaluation Of Portal Vein. National Journal of Integrated Research in Medicine, 4(2), 1–4. https://doi.org/10.70284/njirm.v4i2.2137
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