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Results: 1-9 |
Results: 9
SOIL N DYNAMICS IN A NATURAL CALCAREOUS GRASSLAND UNDER A CHANGING CLIMATE
Authors: JAMIESON N BARRACLOUGH D UNKOVICH M MONAGHAN R
Citation: N. Jamieson et al., SOIL N DYNAMICS IN A NATURAL CALCAREOUS GRASSLAND UNDER A CHANGING CLIMATE, Biology and fertility of soils, 27(3), 1998, pp. 267-273
CONTRIBUTIONS TO N MINERALIZATION FROM SOIL MACROORGANIC MATTER FRACTIONS INCORPORATED INTO 2 FIELD SOILS
Authors: MONAGHAN R BARRACLOUGH D
Citation: R. Monaghan et D. Barraclough, CONTRIBUTIONS TO N MINERALIZATION FROM SOIL MACROORGANIC MATTER FRACTIONS INCORPORATED INTO 2 FIELD SOILS, Soil biology & biochemistry, 29(8), 1997, pp. 1215-1223
MICROBIAL TRANSFORMATION OF N-HEPTYL PHYSOSTIGMINE, A SEMISYNTHETIC ALKALOID INHIBITOR OF CHOLINESTERASE
Authors: SO L WHITE R ARISON B PETUCH B SCHWARTZ MS CHENG H MONAGHAN R CHEN TS
Citation: L. So et al., MICROBIAL TRANSFORMATION OF N-HEPTYL PHYSOSTIGMINE, A SEMISYNTHETIC ALKALOID INHIBITOR OF CHOLINESTERASE, Journal of industrial microbiology, 15(2), 1995, pp. 108-111
ERRORS IN ESTIMATES OF GROSS RATES OF NITROGEN MINERALIZATION DUE TO NONUNIFORM DISTRIBUTIONS OF N-15 LABEL
Authors: MONAGHAN R
Citation: R. Monaghan, ERRORS IN ESTIMATES OF GROSS RATES OF NITROGEN MINERALIZATION DUE TO NONUNIFORM DISTRIBUTIONS OF N-15 LABEL, Soil biology & biochemistry, 27(6), 1995, pp. 855-859
CONTRIBUTIONS TO GROSS N MINERALIZATION FROM N-15-LABELED SOIL MACROORGANIC MATTER FRACTIONS DURING LABORATORY INCUBATION
Authors: MONAGHAN R BARRACLOUGH D
Citation: R. Monaghan et D. Barraclough, CONTRIBUTIONS TO GROSS N MINERALIZATION FROM N-15-LABELED SOIL MACROORGANIC MATTER FRACTIONS DURING LABORATORY INCUBATION, Soil biology & biochemistry, 27(12), 1995, pp. 1623-1628
AGING EXAGGERATES GLUCOSE-INTOLERANCE FOLLOWING INJURY
Authors: WATTERS JM MOULTON SB CLANCEY SM BLAKSLEE JM MONAGHAN R
Citation: Jm. Watters et al., AGING EXAGGERATES GLUCOSE-INTOLERANCE FOLLOWING INJURY, The journal of trauma, injury, infection, and critical care, 37(5), 1994, pp. 786-791
MICROBIAL TRANSFORMATION OF IMMUNOSUPPRESSIVE COMPOUNDS .3. GLUCOSYLATION OF IMMUNOMYCIN (FR-900520) AND FK-506 BY BACILLUS-SUBTILIS ATCC-55060
Authors: PETUCH BR ARISON B HSU A MONAGHAN R DUMONT FJ CHEN TS
Citation: Br. Petuch et al., MICROBIAL TRANSFORMATION OF IMMUNOSUPPRESSIVE COMPOUNDS .3. GLUCOSYLATION OF IMMUNOMYCIN (FR-900520) AND FK-506 BY BACILLUS-SUBTILIS ATCC-55060, Journal of industrial microbiology, 13(2), 1994, pp. 131-135
MICROBIAL TRANSFORMATION OF IMMUNOSUPPRESSIVE COMPOUNDS .4. HYDROXYLATION AND HEMIKETAL FORMATION OF ASCOMYCIN (IMMUNOMYCIN) BY STREPTOMYCES SP MA-6970 (ATCC NO-55281)
Authors: CHEH TS PETUCH B WHITE R DEZENY G LI X ARISON B BEATTIE T COLWELL L DUMONT F MONAGHAN R
Citation: Ts. Cheh et al., MICROBIAL TRANSFORMATION OF IMMUNOSUPPRESSIVE COMPOUNDS .4. HYDROXYLATION AND HEMIKETAL FORMATION OF ASCOMYCIN (IMMUNOMYCIN) BY STREPTOMYCES SP MA-6970 (ATCC NO-55281), Journal of antibiotics, 47(12), 1994, pp. 1557-1559
UPTAKE OF GLUCOSE DURING CONTINUOUS ARTERIOVENOUS HEMOFILTRATION
Authors: MONAGHAN R WATTERS JM CLANCEY SM MOULTON SB RABIN EZ
Citation: R. Monaghan et al., UPTAKE OF GLUCOSE DURING CONTINUOUS ARTERIOVENOUS HEMOFILTRATION, Critical care medicine, 21(8), 1993, pp. 1159-1163
Risultati: 1-9 |