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Results: 1-8 |
Results: 8
SALIVARY METABOLISM OF HISTATIN PEPTIDE P-113 - IN-VITRO AND PHASE-I CLINICAL-RESULTS
Authors: YAN G AKIYAMA A SPACCIAPOLI P PAQUETTE D WILLIAMS R LAWRENCE H FRIDEN PM
Citation: G. Yan et al., SALIVARY METABOLISM OF HISTATIN PEPTIDE P-113 - IN-VITRO AND PHASE-I CLINICAL-RESULTS, Journal of dental research, 77, 1998, pp. 726-726
SUSCEPTIBILITY OF ORAL BACTERIA TO SILVER, COPPER, AND ZINC SALTS
Authors: SPACCIAPOLI P NELSON E ROBERTS FD FRIDEN PM
Citation: P. Spacciapoli et al., SUSCEPTIBILITY OF ORAL BACTERIA TO SILVER, COPPER, AND ZINC SALTS, Journal of dental research, 77, 1998, pp. 864-864
CHARACTERIZATION OF THE ANTIMICROBIAL SPECTRUM OF THE HISTATIN PEPTIDE P-113
Authors: SPACCIAPOLI P TRAN L ROBERTS FD FRIDEN PM
Citation: P. Spacciapoli et al., CHARACTERIZATION OF THE ANTIMICROBIAL SPECTRUM OF THE HISTATIN PEPTIDE P-113, Journal of dental research, 76, 1997, pp. 2736-2736
ANTIMICROBIAL ACTIVITY OF HISTATIN-DERIVED PEPTIDES
Authors: SPACCIAPOLI P KALPIDIS CD XU T OPPENHEIM FG FRIDEN PM ROBERTS FD
Citation: P. Spacciapoli et al., ANTIMICROBIAL ACTIVITY OF HISTATIN-DERIVED PEPTIDES, Journal of dental research, 75, 1996, pp. 3290-3290
THE 3'-5'-EXONUCLEASE SITE OF DNA-POLYMERASE-III FROM GRAM-POSITIVE BACTERIA - DEFINITION OF A NOVEL MOTIF STRUCTURE
Authors: BARNES MH SPACCIAPOLI P LI DH BROWN NC
Citation: Mh. Barnes et al., THE 3'-5'-EXONUCLEASE SITE OF DNA-POLYMERASE-III FROM GRAM-POSITIVE BACTERIA - DEFINITION OF A NOVEL MOTIF STRUCTURE, Gene, 165(1), 1995, pp. 45-50
DNA-POLYMERASE-III OF MYCOPLASMA-PULMONIS - ISOLATION AND CHARACTERIZATION OF THE ENZYME AND ITS STRUCTURAL GENE, POLC
Authors: BARNES MH TARANTINO PM SPACCIAPOLI P BROWN NC YU HL DYBVIG K
Citation: Mh. Barnes et al., DNA-POLYMERASE-III OF MYCOPLASMA-PULMONIS - ISOLATION AND CHARACTERIZATION OF THE ENZYME AND ITS STRUCTURAL GENE, POLC, Molecular microbiology, 13(5), 1994, pp. 843-854
A SINGLE MUTATION IN BACTERIOPHAGE-T4 DNA-POLYMERASE (A737V, TSL141) DECREASES ITS PROCESSIVITY AS A POLYMERASE AND INCREASES ITS PROCESSIVITY AS A 3' -] 5' EXONUCLEASE
Authors: SPACCIAPOLI P NOSSAL NG
Citation: P. Spacciapoli et Ng. Nossal, A SINGLE MUTATION IN BACTERIOPHAGE-T4 DNA-POLYMERASE (A737V, TSL141) DECREASES ITS PROCESSIVITY AS A POLYMERASE AND INCREASES ITS PROCESSIVITY AS A 3' -] 5' EXONUCLEASE, The Journal of biological chemistry, 269(1), 1994, pp. 438-446
INTERACTION OF DNA-POLYMERASE AND DNA HELICASE WITHIN THE BACTERIOPHAGE-T4 DNA-REPLICATION COMPLEX - LEADING-STRAND SYNTHESIS BY THE T4 DNA-POLYMERASE MUTANT A737V (TSL141) REQUIRES THE T4 GENE-59 HELICASE ASSEMBLY PROTEIN
Authors: SPACCIAPOLI P NOSSAL NG
Citation: P. Spacciapoli et Ng. Nossal, INTERACTION OF DNA-POLYMERASE AND DNA HELICASE WITHIN THE BACTERIOPHAGE-T4 DNA-REPLICATION COMPLEX - LEADING-STRAND SYNTHESIS BY THE T4 DNA-POLYMERASE MUTANT A737V (TSL141) REQUIRES THE T4 GENE-59 HELICASE ASSEMBLY PROTEIN, The Journal of biological chemistry, 269(1), 1994, pp. 447-455
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