Preventive Measures for Cirrhosis of Liver and its Progression

Shah, Sharad C; Shah, Prasanna S; Shah, Khyati P.

doi:10.5005/jp/books/12878

Cited by 2 publications

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“…To achieve field weakening or control in PM machines by eliminating the effects of d-axis current injection have been of great interest in the literature. New alternative topologies with field weakening or hybrid excitation introduced in the literature so far to eliminate this problem are from a machine perspective [1][2][3][4][5][6][7][8][9] and meant especially for radial flux machines. However, there exists no axial flux machine with true field weakening capability in the literature.…”

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Performance evaluation of an axial flux consequent pole PM motor using finite element analysis

Aydın

Huang

Lipo

IEEE International Electric Machines and Drives Conference, 2003. IEMDC'03.

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Abstract1 -Performance evaluation of an axial flux surface mounted permanent magnet (PM) field controlled TORUS type (FCT) disc machine is presented in this paper. This new machine is an axial flux configuration with true field weakening capability since the flux is controlled by the DC field winding rather than opposing the magnets. Structure and operating principles are summarized in the first section. Next, 3D Finite Element Analysis (FEA) including no-load and on-load characteristics and back EMF variation for various armature currents and DC field current are explored. Furthermore, torque characteristics of the FCT machine for different field currents are explored. Minimization of cogging torque calculations and the effect of skewing the magnets are also examined.

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confidence: 99%

Performance evaluation of an axial flux consequent pole PM motor using finite element analysis

Aydın

Huang

Lipo

IEEE International Electric Machines and Drives Conference, 2003. IEMDC'03.

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Diagnosis and Curative Treatment for Liver Cirrhosis

Raj¹,

Ranjith²

2017

Can J Biotech

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The main reason of Cirrhosis is the formation of thickened cell line with proteins called as FIBROTICS. Fibrosis means formation of excess of tissue as in a reparative or reactive process. Chronic scarring with liver results in damage to the reparative nodules which is severe and non-reversible. If it is allowed to continue, the buildup of scarred tissue can eventually stop the functions of the liver. Perisinusoidal space in the regenerative nodules has stellate cells which are present below the Hepatocytes and above the Sinusoid. Sinusoid carries the blood along with other cells. The stellate cells in the perisinusoidal space contain vitamin A (quiescent) which get activated after injury. These cells secrete TGF-β and produce collagen. In normal state liver carries wound healing process but when comes to constant injury, the collagen with fibrosis makes the stellate cells to enlarge resulting in the compression of the sinusoid. It creates a pressure in the sinusoid which moves the fluid from the sinusoid to peritoneal cavity that causes ASCITES, the one of the symptoms of cirrhosis. Further enlargement will cause congestive splenomegaly. This is the main reason for the diversion of blood to portosystemic shunt. This finally results in hepatorenal failure (liver failure).Our idea is to bring permanent cure and prevention to the liver cirrhosis by using Nano-robots. A Nano-robot is designed by ELECTRIC-BIOSENSOR. Mostly the nanoparticles present in the samples are used. Drugs like aspirin, dicumarol, and arsenicals destroy the vitamin A. The Nanobots carrying these samples detect the vitamin A and subsequently inactivates them. This leads to shrinking of the cells in the liver and cures the liver cirrhosis. It prevents the liver cirrhosis in starting stage itself.

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Preventive Measures for Cirrhosis of Liver and its Progression

Cited by 2 publications

References 0 publications

Performance evaluation of an axial flux consequent pole PM motor using finite element analysis

Performance evaluation of an axial flux consequent pole PM motor using finite element analysis

Diagnosis and Curative Treatment for Liver Cirrhosis

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