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Results: 1-11 |
Results: 11
INFLUENCE OF ZINC-SACCHARIDE COMPLEXES ON SOME HEMATOLOGICAL PARAMETERS IN RATS
Authors: BANDWAR RP FLORA SJS RAO CP
Citation: Rp. Bandwar et al., INFLUENCE OF ZINC-SACCHARIDE COMPLEXES ON SOME HEMATOLOGICAL PARAMETERS IN RATS, BioMetals, 10(4), 1997, pp. 337-341
TRANSITION-METAL SACCHARIDE CHEMISTRY AND BIOLOGY - VANADYL-MONOSACCHARIDE COMPLEXES AND THEIR IN-VITRO EFFECT ON PUC-18 DNA
Authors: BANDWAR RP RAO CP
Citation: Rp. Bandwar et Cp. Rao, TRANSITION-METAL SACCHARIDE CHEMISTRY AND BIOLOGY - VANADYL-MONOSACCHARIDE COMPLEXES AND THEIR IN-VITRO EFFECT ON PUC-18 DNA, Journal of inorganic biochemistry, 68(1), 1997, pp. 1-6
TRANSITION-METAL SACCHARIDE CHEMISTRY AND BIOLOGY - SACCHARIDE COMPLEXES OF CU(II) AND THEIR EFFECT ON IN-VIVO METALLOTHIONEIN SYNTHESIS INMICE
Authors: BANDWAR RP RAO CP GIRALT M HIDALGO J KULKARNI GU
Citation: Rp. Bandwar et al., TRANSITION-METAL SACCHARIDE CHEMISTRY AND BIOLOGY - SACCHARIDE COMPLEXES OF CU(II) AND THEIR EFFECT ON IN-VIVO METALLOTHIONEIN SYNTHESIS INMICE, Journal of inorganic biochemistry, 66(1), 1997, pp. 37-44
TRANSITION METAL-SACCHARIDE CHEMISTRY AND BIOLOGY - AN EMERGING FIELDOF MULTIDISCIPLINARY INTEREST
Authors: BANDWAR RP RAO CP
Citation: Rp. Bandwar et Cp. Rao, TRANSITION METAL-SACCHARIDE CHEMISTRY AND BIOLOGY - AN EMERGING FIELDOF MULTIDISCIPLINARY INTEREST, Current Science, 72(11), 1997, pp. 788-796
TRANSITION-METAL SACCHARIDE CHEMISTRY - SYNTHESIS AND CHARACTERIZATION OF D-GLUCOSE, D-FRUCTOSE, D-GALACTOSE, D-XYLOSE, D-RIBOSE, AND MALTOSE COMPLEXES OF CO(II)
Authors: BANDWAR RP SASTRY MD KADAM RM RAO CP
Citation: Rp. Bandwar et al., TRANSITION-METAL SACCHARIDE CHEMISTRY - SYNTHESIS AND CHARACTERIZATION OF D-GLUCOSE, D-FRUCTOSE, D-GALACTOSE, D-XYLOSE, D-RIBOSE, AND MALTOSE COMPLEXES OF CO(II), Carbohydrate research, 297(4), 1997, pp. 333-339
TRANSITION-METAL SACCHARIDE CHEMISTRY - SYNTHESIS AND CHARACTERIZATION OF D-GLUCOSE, D-FRUCTOSE, D-GALACTOSE, D-XYLOSE, D-RIBOSE, AND MALTOSE COMPLEXES OF NI(II)
Authors: BANDWAR RP RAO CP
Citation: Rp. Bandwar et Cp. Rao, TRANSITION-METAL SACCHARIDE CHEMISTRY - SYNTHESIS AND CHARACTERIZATION OF D-GLUCOSE, D-FRUCTOSE, D-GALACTOSE, D-XYLOSE, D-RIBOSE, AND MALTOSE COMPLEXES OF NI(II), Carbohydrate research, 297(4), 1997, pp. 341-346
TRANSITION-METAL-SACCHARIDE CHEMISTRY - SYNTHESIS AND CHARACTERIZATION OF D-GALACTOSE, D-FRUCTOSE, D-GLUCOSE, D-XYLOSE, D-RIBOSE, AND MALTOSE COMPLEXES OF MN(II)
Authors: BANDWAR RP RAO CP
Citation: Rp. Bandwar et Cp. Rao, TRANSITION-METAL-SACCHARIDE CHEMISTRY - SYNTHESIS AND CHARACTERIZATION OF D-GALACTOSE, D-FRUCTOSE, D-GLUCOSE, D-XYLOSE, D-RIBOSE, AND MALTOSE COMPLEXES OF MN(II), Carbohydrate research, 287(2), 1996, pp. 157-168
METAL-SACCHARIDE CHEMISTRY AND BIOLOGY - SACCHARIDE COMPLEXES OF ZINCAND THEIR EFFECT ON METALLOTHIONEIN SYNTHESIS IN MICE
Authors: BANDWAR RP GIRALT M HIDALGO J RAO CP
Citation: Rp. Bandwar et al., METAL-SACCHARIDE CHEMISTRY AND BIOLOGY - SACCHARIDE COMPLEXES OF ZINCAND THEIR EFFECT ON METALLOTHIONEIN SYNTHESIS IN MICE, Carbohydrate research, 284(1), 1996, pp. 73-84
TRANSITION-METAL SACCHARIDE CHEMISTRY - D-GLUCOSE COMPLEXES OF MN(II), CO(II), NI(II), CU(II) AND ZN(II)
Authors: BANDWAR RP RAGHAVAN MSS RAO CP
Citation: Rp. Bandwar et al., TRANSITION-METAL SACCHARIDE CHEMISTRY - D-GLUCOSE COMPLEXES OF MN(II), CO(II), NI(II), CU(II) AND ZN(II), BioMetals, 8(1), 1995, pp. 19-24
RELATIVE REDUCING ABILITIES IN-VITRO OF SOME HYDROXY-CONTAINING COMPOUNDS, INCLUDING MONOSACCHARIDES, TOWARDS VANADIUM(V) AND MOLYBDENUM(VI)
Authors: BANDWAR RP RAO CP
Citation: Rp. Bandwar et Cp. Rao, RELATIVE REDUCING ABILITIES IN-VITRO OF SOME HYDROXY-CONTAINING COMPOUNDS, INCLUDING MONOSACCHARIDES, TOWARDS VANADIUM(V) AND MOLYBDENUM(VI), Carbohydrate research, 277(2), 1995, pp. 197-207
TRANSITION-METAL SACCHARIDE CHEMISTRY - SYNTHESIS AND CHARACTERIZATION OF SOME MONOSACCHARIDE COMPLEXES
Authors: KAIWAR SP BANDWAR RP RAGHAVAN MSS RAO CP
Citation: Sp. Kaiwar et al., TRANSITION-METAL SACCHARIDE CHEMISTRY - SYNTHESIS AND CHARACTERIZATION OF SOME MONOSACCHARIDE COMPLEXES, Proceedings of the Indian Academy of Sciences. Chemical sciences, 106(3), 1994, pp. 743-752
Risultati: 1-11 |