Title :
Experiment studies of iodinated oil nanometer ferrofluid retention in rabbit liver
Author :
Zhang, X.G. ; Lin, R. ; Lin, Y. ; Wu, R.H.
Author_Institution :
Dept. of Med. Imaging, Shantou Univ. Medica Coll.
Abstract :
To study possibility for iodinated oil nanometer ferrofluid retention in rabbit liver. 131I-iodinated oil nanometer ferrofluid were injected into liver right lobe through portal vein in 5 rabbits. gamma-calibrate meter showed continuous gamma counts in the region injected. Then the relative metabolic parameters were calculated. Left lobe livers, right lobe livers and lungs of the rabbits were examined in pathology, and the right lobe livers were examined by electron microscope. Five rabbits injected purely 131I-iodinated oil were designated as control group. Single metabolic mode was found in the rabbits in nanometer ferrofluid group. The biological half-life of 131I-iodinated oil nanometer ferrofluid was not different from control group´s slow metabolic portion. But control group´s rapid metabolic portion were eliminated in a higher speed, range from 8% to 44%. More damage was found in nanometer ferrofluid group´s right lobe livers. 131I-iodinated oil nanometer ferrofluid possess the opportunity of local retention in human body and further study is worthwhile
Keywords :
biomagnetism; drugs; liver; lung; magnetic fluids; nanobiotechnology; electron microscope; gamma-calibrate meter; iodinated oil nanometer ferrofluid retention; left lobe livers; lungs; pathology; portal vein; rabbit liver; right lobe livers; Biological control systems; Electron microscopy; Liver; Lungs; Nanobioscience; Pathology; Petroleum; Portals; Rabbits; Veins; Iodinated oil nanometer ferrofluid; rabbit liver; retention;
Conference_Titel :
Engineering in Medicine and Biology Society, 2005. IEEE-EMBS 2005. 27th Annual International Conference of the
Conference_Location :
Shanghai
Print_ISBN :
0-7803-8741-4
DOI :
10.1109/IEMBS.2005.1616805