Open AccessTesting the validity of a receptor kinetic model via TcNGA functional imaging of liver transplant recipients. Final report
Author(s) -
Robert C. Stadalnik
Publication year - 1993
Language(s) - English
Resource type - Reports
DOI - 10.2172/666247
Subject(s) - in vivo , liver transplantation , microscale chemistry , chemistry , urology , medicine , pathology , nuclear medicine , endocrinology , biomedical engineering , biology , transplantation , mathematics , mathematics education , microbiology and biotechnology
The author had accomplished the expertise for I-125-HSA plasma volume, galactose clearance for determination of hepatic plasma flow as well as finalizing the kinetic model. They have just completed modifying the microscale Scatchard assay for greater precision of receptor measurement using only 5--10 mg of liver tissue. In addition, he determined during the past year that the most practical method and clinically reasonable measurement of liver volume was to measure the transplanted liver in vivo using Tc-NGA images in the anterior, posterior, and right lateral projections, using the method of Rollo and DeLand. Direct measurement of liver weight obtained during transplant operation was not reliable due to variability of fluid retention in the donor liver secondary to ischemia, preservation fluid, etc., which thereby did not reflect an accurate liver weight which is needed in the kinetic analysis comparison, i.e., V{sub h} (hepatic plasma volume)