PubMed Health⌕ Search

Biomedical subjects

K A Glavan

Publications and source records attributed to K A Glavan.

3 recordsLinked to original sources

A military application of a medical self-care program.

The cost of health care is a growing concern to the military. Many military clinic appointments and emergency department visits are unnecessary; they are for minor, self-limiting illnesses and injuries that could be treated at home. Military health care can no longer afford the luxury of treating minor illnesses and injuries in the hospital setting. This paper examines one method for military beneficiaries to obtain health care services appropriately. A selected group of military family members received a medical self-care book and an education session, which resulted in more appropriate decision-making about when to use the health care system. This was a 6-month, experimental study using control and experimental groups, with surveys before and after the study period. The self-care book was used 628 times to help make more informed decisions about when to seek medical care. The mean number of clinic and emergency room visits (p = 0.02) decreased for those using the medical self-care book.

Adult↗

Heart imaging with cationic complexes of technetium.

The cationic technetium-99 complex trans-[99TC(dmpe)2Cl2]+, where dmpe is bis(1,2-dimethylphosphino)ethane or (CH3)2P-CH2-P(CH3)2, has been prepared and characterized by single-crystal, x-ray structural analysis. The technetium-99m analog, trans-(99mTc(dmpe) 2Cl2]+, has also been prepared and shown to yield excellent gamma-ray images of the heart. The purposeful design, characterization, and synthesis of this technetium-99m radiopharmaceutical represents a striking application of fundamental inorganic chemistry to a problem in applied nuclear medicine.

Animals↗

Cationic Tc-99m complexes as potential myocardial imaging agents.

Nineteen cationic Tc-99m complexes, based upon four different ligand series, have been synthesized under "no carrier added" conditions and qualitatively evaluated as myocardial imaging agents in a dog model. Of these complexes, the four halogen derivatives of the diars series [diars = o-phenylenebis(dimethylarsine)] successfully concentrate in the myocardium. These Tc-99m diars complexes are shown by thin-layer chromatography to be identical to the Tc-99 analogs that have been fully characterized as trans octahedral complexes of Tc(III) by classical chemical techniques. Tissue distribution studies in rats show a definite difference in the biodistributions of [99mTc(diars)2Cl2]+ and [99mTc(diars)2Br2]+, despite the similar size, shape, charge, and lipophilicity of these two complexes. A tissue distribution study in resting beagle dogs shows that [99mTc(diars)2Br2]+ accumulates in the normal myocardium about half as well as TI-201 (0.022 compared with 0.038% dose/g).

Animals↗