Authors:
RIJNBERG E
JASTRZEBSKI JTBH
JANSSEN MD
BOERSMA J
VANKOTEN G
Citation: E. Rijnberg et al., APPLICATION OF N,S-CHELATING CHIRAL ZINC BIS(ARENETHIOLATE) COMPLEXESAS NEW PRECURSOR CATALYSTS IN THE ENANTIOSELECTIVE ADDITION OF DIETHYLZINC TO ALDEHYDES, Tetrahedron letters, 35(35), 1994, pp. 6521-6524
Authors:
VANMAANEN HL
JASTRZEBSKI JTBH
KOOIJMAN H
SPEK AL
VANKOTEN G
Citation: Hl. Vanmaanen et al., HIGHLY FUNCTIONALIZED BETA-ENAMINO ESTERS VIA C-C COUPLING REACTIONS OF LITHIUM ENOLATES OF PROTECTED GLYCINE ESTERS AND ISOTHIOCYANATES, Tetrahedron, 50(39), 1994, pp. 11509-11526
Authors:
VANMAANEN HL
KLEIJN H
JASTRZEBSKI JTBH
LAKIN MT
SPEK AL
VANKOTEN G
Citation: Hl. Vanmaanen et al., DUALISTIC REACTIVITY OF LITHIUM AND ZINC DIENOLATES WITH IMINES - EFFECTS OF COUNTERION, TEMPERATURE, AND SUBSTITUENTS ON ALPHA-COUPLNG ANDGAMMA-COUPLING, Journal of organic chemistry, 59(25), 1994, pp. 7839-7848
Authors:
HOGERHEIDE MP
JASTRZEBSKI JTBH
BOERSMA J
SMEETS WJJ
SPEK AL
VANKOTEN G
Citation: Mp. Hogerheide et al., COOPERATIVE BINDING OF NA- IN NA(M[OC6H2(CH(2)NME(2))(2)-2,6-ME-4]CL-3) - SYNTHESIS (M=LU, Y) AND X-RAY STRUCTURE (M=LU) OF NEW HETEROMETALLIC COMPLEXES OF LUTETIUM AND YTTRIUM CONTAINING BIS(O-AMINO)PHENOLATELIGANDS( AND CL), Inorganic chemistry, 33(20), 1994, pp. 4431-4432
Citation: Jtbh. Jastrzebski et G. Vankoten, THE ZINC MEDIATED CONDENSATION OF AMINO-ACID ESTERS WITH IMINES TO BETA-LACTAMS, Bioorganic & medicinal chemistry letters, 3(11), 1993, pp. 2351-2356
Authors:
WISSING E
JASTRZEBSKI JTBH
BOERSMA J
VANKOTEN G
Citation: E. Wissing et al., AN UNEXPECTED 1,2-ALKYL SHIFT WITHIN A CHELATE BONDED ORGANOALUMINUM-ENAMINE, Journal of organometallic chemistry, 459(1-2), 1993, pp. 11-16
Authors:
VANDERSCHAAF PA
JASTRZEBSKI JTBH
HOGERHEIDE MP
SMEETS WJJ
SPEK AL
BOERSMA J
VANKOTEN G
Citation: Pa. Vanderschaaf et al., MONO-ORTHO-CHELATED AND BIS-ORTHO-CHELATED LITHIUM AND SODIUM PHENOLATES - MOLECULAR-STRUCTURES OF THE 1ST LITHIUM PHENOLATE WITH A STABLE,TRINUCLEAR STRUCTURE AND OF A TETRANUCLEAR SODIUM ANALOG, [MOC6H2(CH2NME2)2-2,6-ME-4]X (M = LI, X = 3, M = NA, X = 4), Inorganic chemistry, 32(19), 1993, pp. 4111-4118