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Results: 1-4 |
Results: 4
MOLECULARLY IMPRINTED UNIFORM-SIZED POLYMER-BASED STATIONARY-PHASE FOR NAPROXEN - COMPARISON OF MOLECULAR RECOGNITION ABILITY OF THE MOLECULARLY IMPRINTED POLYMERS PREPARED BY THERMAL AND REDOX POLYMERIZATION TECHNIQUES
Authors: HAGINAKA J TAKEHIRA H HOSOYA K TANAKA N
Citation: J. Haginaka et al., MOLECULARLY IMPRINTED UNIFORM-SIZED POLYMER-BASED STATIONARY-PHASE FOR NAPROXEN - COMPARISON OF MOLECULAR RECOGNITION ABILITY OF THE MOLECULARLY IMPRINTED POLYMERS PREPARED BY THERMAL AND REDOX POLYMERIZATION TECHNIQUES, Journal of chromatography, 816(2), 1998, pp. 113-121
SEPARATION OF ENANTIOMERS ON A CHIRAL STATIONARY-PHASE BASED ON OVOGLYCOPROTEIN .2. COMPARISON OF CHIRAL RECOGNITION PROPERTIES WITH CRUDE OVOMUCOID
Authors: HAGINAKA J TAKEHIRA H
Citation: J. Haginaka et H. Takehira, SEPARATION OF ENANTIOMERS ON A CHIRAL STATIONARY-PHASE BASED ON OVOGLYCOPROTEIN .2. COMPARISON OF CHIRAL RECOGNITION PROPERTIES WITH CRUDE OVOMUCOID, Journal of chromatography, 777(2), 1997, pp. 241-247
SEPARATION OF ENANTIOMERS ON A CHIRAL STATIONARY-PHASE BASED ON OVOGLYCOPROTEIN .1. INFLUENCES OF THE PORE-SIZE OF BASE SILICA MATERIALS AND BOUND PROTEIN AMOUNTS ON CHIRAL RESOLUTION
Authors: HAGINAKA J TAKEHIRA H
Citation: J. Haginaka et H. Takehira, SEPARATION OF ENANTIOMERS ON A CHIRAL STATIONARY-PHASE BASED ON OVOGLYCOPROTEIN .1. INFLUENCES OF THE PORE-SIZE OF BASE SILICA MATERIALS AND BOUND PROTEIN AMOUNTS ON CHIRAL RESOLUTION, Journal of chromatography, 773(1-2), 1997, pp. 85-91
MOLECULARLY IMPRINTED UNIFORM-SIZED POLYMER-BASED STATIONARY-PHASE FOR NAPROXEN
Authors: HAGINAKA J TAKEHIRA H HOSOYA K TANAKA N
Citation: J. Haginaka et al., MOLECULARLY IMPRINTED UNIFORM-SIZED POLYMER-BASED STATIONARY-PHASE FOR NAPROXEN, Chemistry Letters, (6), 1997, pp. 555-556
Risultati: 1-4 |