Resistance of the canine common bile duct

G. Slater; P. I. Tartter; D. Dreiling; A. H. Aufses; J. Rudick; D. Delman; W. Blesser

Resistance of the canine common bile duct

G. Slater
, P. I. Tartter
, D. Dreiling
, A. H. Aufses
, J. Rudick
, D. Delman
, W. Blesser

Research output: Contribution to journal › Article › peer-review

Abstract

To better understand the physiological function of the canine biliary tract system, the resistive element of the duct was characterized. The cystic and one hepatic duct were cannulated so that the pressure response to various infusions of saline could be obtained. After calculating the compliance of the system and analyzing an electrical analogue model, a formula for the resistive component of the duct was obtained. Values for the resistive element tended to vary inversely with the flow and were between 0.38 and 14.81 cm H₂O x sec/ml. It was concluded that the resistive component of the duct represented forces of adhesion and cohesion that limited the flow of bile into the duct.

Original language	English
Pages (from-to)	711-720
Number of pages	10
Journal	Journal of Urban Health
Volume	59
Issue number	8
State	Published - 1983

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title = "Resistance of the canine common bile duct",

abstract = "To better understand the physiological function of the canine biliary tract system, the resistive element of the duct was characterized. The cystic and one hepatic duct were cannulated so that the pressure response to various infusions of saline could be obtained. After calculating the compliance of the system and analyzing an electrical analogue model, a formula for the resistive component of the duct was obtained. Values for the resistive element tended to vary inversely with the flow and were between 0.38 and 14.81 cm H2O x sec/ml. It was concluded that the resistive component of the duct represented forces of adhesion and cohesion that limited the flow of bile into the duct.",

author = "G. Slater and Tartter, \{P. I.\} and D. Dreiling and Aufses, \{A. H.\} and J. Rudick and D. Delman and W. Blesser",

year = "1983",

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T1 - Resistance of the canine common bile duct

AU - Slater, G.

AU - Tartter, P. I.

AU - Dreiling, D.

AU - Aufses, A. H.

AU - Rudick, J.

AU - Delman, D.

AU - Blesser, W.

PY - 1983

Y1 - 1983

N2 - To better understand the physiological function of the canine biliary tract system, the resistive element of the duct was characterized. The cystic and one hepatic duct were cannulated so that the pressure response to various infusions of saline could be obtained. After calculating the compliance of the system and analyzing an electrical analogue model, a formula for the resistive component of the duct was obtained. Values for the resistive element tended to vary inversely with the flow and were between 0.38 and 14.81 cm H2O x sec/ml. It was concluded that the resistive component of the duct represented forces of adhesion and cohesion that limited the flow of bile into the duct.

AB - To better understand the physiological function of the canine biliary tract system, the resistive element of the duct was characterized. The cystic and one hepatic duct were cannulated so that the pressure response to various infusions of saline could be obtained. After calculating the compliance of the system and analyzing an electrical analogue model, a formula for the resistive component of the duct was obtained. Values for the resistive element tended to vary inversely with the flow and were between 0.38 and 14.81 cm H2O x sec/ml. It was concluded that the resistive component of the duct represented forces of adhesion and cohesion that limited the flow of bile into the duct.

UR - https://www.scopus.com/pages/publications/0021086410

M3 - Article

C2 - 6580054

AN - SCOPUS:0021086410

SN - 0028-7091

VL - 59

SP - 711

EP - 720

JO - Journal of Urban Health

JF - Journal of Urban Health

IS - 8

ER -

Resistance of the canine common bile duct

Abstract

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