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ANALYSIS OF THE STRUCTURE AND STABILITY OF A BACKBONE-MODIFIED OLIGONUCLEOTIDE - IMPLICATIONS FOR AVOIDING PRODUCT INHIBITION IN CATALYTIC TEMPLATE-DIRECTED SYNTHESIS (VOL 120, PG 3019, 1998)
Authors: LUO PZ LEITZEL JC ZHAN ZYJ LYNN DG
Citation: Pz. Luo et al., ANALYSIS OF THE STRUCTURE AND STABILITY OF A BACKBONE-MODIFIED OLIGONUCLEOTIDE - IMPLICATIONS FOR AVOIDING PRODUCT INHIBITION IN CATALYTIC TEMPLATE-DIRECTED SYNTHESIS (VOL 120, PG 3019, 1998), Journal of the American Chemical Society, 120(26), 1998, pp. 6631-6631
ANALYSIS OF THE STRUCTURE AND STABILITY OF A BACKBONE-MODIFIED OLIGONUCLEOTIDE - IMPLICATIONS FOR AVOIDING PRODUCT INHIBITION IN CATALYTIC TEMPLATE-DIRECTED SYNTHESIS
Authors: LUO PZ LEITZEL JC ZHAN ZYJ LYNN DG
Citation: Pz. Luo et al., ANALYSIS OF THE STRUCTURE AND STABILITY OF A BACKBONE-MODIFIED OLIGONUCLEOTIDE - IMPLICATIONS FOR AVOIDING PRODUCT INHIBITION IN CATALYTIC TEMPLATE-DIRECTED SYNTHESIS, Journal of the American Chemical Society, 120(13), 1998, pp. 3019-3031
MECHANISM OF HELIX INDUCTION BY TRIFLUOROETHANOL - A FRAMEWORK FOR EXTRAPOLATING THE HELIX-FORMING PROPERTIES OF PEPTIDES FROM TRIFLUOROETHANOL WATER MIXTURES BACK TO WATER/
Authors: LUO PZ BALDWIN RL
Citation: Pz. Luo et Rl. Baldwin, MECHANISM OF HELIX INDUCTION BY TRIFLUOROETHANOL - A FRAMEWORK FOR EXTRAPOLATING THE HELIX-FORMING PROPERTIES OF PEPTIDES FROM TRIFLUOROETHANOL WATER MIXTURES BACK TO WATER/, Biochemistry, 36(27), 1997, pp. 8413-8421
STRUCTURAL AND THERMODYNAMIC CHARACTERIZATION OF A BIOACTIVE PEPTIDE MODEL OF APOLIPOPROTEIN-E - SIDE-CHAIN LACTAM BRIDGES TO CONSTRAIN THECONFORMATION
Authors: LUO PZ BRADDOCK DT SUBRAMANIAN RM MEREDITH SC LYNN DG
Citation: Pz. Luo et al., STRUCTURAL AND THERMODYNAMIC CHARACTERIZATION OF A BIOACTIVE PEPTIDE MODEL OF APOLIPOPROTEIN-E - SIDE-CHAIN LACTAM BRIDGES TO CONSTRAIN THECONFORMATION, Biochemistry, 33(41), 1994, pp. 12367-12377
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