Authors:
TOTH E
VANUFFELEN I
HELM L
MERBACH AE
LADD D
BRILEYSAEBO K
KELLAR KE
Citation: E. Toth et al., GADOLINIUM-BASED LINEAR POLYMER WITH TEMPERATURE-INDEPENDENT PROTON RELAXIVITIES - A UNIQUE INTERPLAY BETWEEN THE WATER EXCHANGE AND ROTATIONAL CONTRIBUTIONS, Magnetic resonance in chemistry, 36, 1998, pp. 125-134
Citation: Ke. Kellar et K. Brileysaebo, PHANTOM STANDARDS WITH TEMPERATURE-INDEPENDENT AND FIELD-INDEPENDENT RELAXATION RATES FOR MAGNETIC-RESONANCE-IMAGING, Investigative radiology, 33(8), 1998, pp. 472-479
Authors:
KELLAR KE
HENRICHS PM
HOLLISTER R
KOENIG SH
ECK T
WEI D
Citation: Ke. Kellar et al., HIGH RELAXIVITY LINEAR GD(DTPA)-POLYMER CONJUGATES - THE ROLE OF HYDROPHOBIC INTERACTIONS, Magnetic resonance in medicine, 38(5), 1997, pp. 712-716
Authors:
KELLAR KE
HENRICHS PM
SPILLER M
KOENIG SH
Citation: Ke. Kellar et al., RELAXATION OF SOLVENT PROTONS BY SOLUTE GD3-CHELATES, REVISITED(), Magnetic resonance in medicine, 37(5), 1997, pp. 730-735
Authors:
FOSSHEIM S
KELLAR KE
FAHLVIK AK
KLAVENESS J
Citation: S. Fossheim et al., LOW-MOLECULAR-WEIGHT LANTHANIDE CONTRAST AGENTS - EVALUATION OF SUSCEPTIBILITY AND DIPOLAR EFFECTS IN RED-BLOOD-CELL SUSPENSIONS, Magnetic resonance imaging, 15(2), 1997, pp. 193-202
Citation: Sh. Koenig et Ke. Kellar, THEORY OF PROTON RELAXATION IN SOLUTIONS OF MAGNETIC NANOPARTICLES, INCLUDING THE SUPERPARAMAGNETIC SIZE RANGE, Academic radiology, 3, 1996, pp. 273-276
Citation: Sh. Koenig et Ke. Kellar, THEORY OF 1 T-1 AND 1/T-2 NMRD PROFILES OF SOLUTIONS OF MAGNETIC NANOPARTICLES/, Magnetic resonance in medicine, 34(2), 1995, pp. 227-233
Authors:
DESSER TS
RUBIN DL
MULLER HH
QING F
KHODOR S
ZANAZZI G
YOUNG SW
LADD DL
WELLONS JA
KELLAR KE
TONER JL
SNOW RA
Citation: Ts. Desser et al., DYNAMICS OF TUMOR IMAGING WITH GD-DTPA POLYETHYLENE-GLYCOL POLYMERS -DEPENDENCE ON MOLECULAR-WEIGHT, Journal of magnetic resonance imaging, 4(3), 1994, pp. 467-472
Authors:
DESSER TS
RUBIN DL
FAN Q
MULLER HH
YOUNG SW
KELLAR KE
WELLONS JA
LADD DL
TONER JL
SNOW RA
Citation: Ts. Desser et al., QUANTITATION OF SATURATION EFFECTS VERSUS DOSE IN 3-DIMENSIONAL TIME-OF-FLIGHT MAGNETIC-RESONANCE ANGIOGRAPHY WITH BLOOD-POOL CONTRAST AGENTS, Investigative radiology, 29, 1994, pp. 190000065-190000068