Tang Jie
Tang Jie
Tang Jie, doctor of Curie University (the sixth University of Paris), postdoctoral of CNRS.
At present, he is professor and doctoral supervisor of Department of chemistry, East China Normal University, director of Institute of pharmaceutical chemistry, member of Organic Chemistry Committee of Shanghai Society of chemistry and chemical engineering, editorial board member of organic chemistry, 12th editorial board member of chemical bulletin, and editorial board member of Journal of East China Normal University.
Tang Jie, a commonly used Chinese name, is also famous for its craftsman and actor.
Character experience
He returned to work in 1996.
Research direction
Organic synthesis and organic synthesis methodology, metal organic chemistry, steroid medicine chemistry.
Main contributions
Tang Jie presided over a number of key research projects of NSFC and Shanghai Science and Technology Commission.
Main papers and patents:
1.Anefficientsilica-graftedpoly-(L)-leucinecatalystforasymmetricepoxidationofa,b-unsaturatedketone,J. Mol.Catal .A:Chemical,2007
2.Palladium-CatalyzedRingEnlargementofAryl-SubstitutedMethylene-cyclopropanestoCyclobutenes,J. Am.Chem.Soc .,2006,128,7430-7431.
3.Palladium-CatalyzedCross-CouplingReactionof2-Iodo-4-(phenylchalcogenyl)-1-butenes,J. Org.Chem .,2005,70,10420-10425.
4.Enynylationof2-Iodo-4-(phenylchalcogenyl)-1-butenesviaIntramolecular Chelation:ApprochtotheSynthesisofConjugatedDienynesorTrienynes , Org.Lett .,2005,7(14),3085.
5.Palladium-benzimidaliumsaltcatalystsystemsforSuzuk icoupling:developmentofapracticalandhighlyactivepalladiumcatalystsystemforcouplingofaromatichalideswitharylboronicacids ,Tetrahedron,2005,61,9783-9790.
6.Asymmetricepoxidationofa,b-unsaturatedketonescatalyzedbysilica-graftedpoly-(L)-leucinecatalysts,TetrahydronLett.,2005,46,5665.
7.ANovelandEfficientProcessforPreparationof2,4-Diphenyl-4-methyl-1-penteneinBrönstedAcidicIonicLiquid+BF4-,Chin.J.Chem.,2005,23,581.
8.SuzukiCouplingReactionCatalyzedbyCyclopalladatedComplexesofTertiaryArylaminesinIonicLiquid, Chin.Chem.Lett .,2005,16(9),1173.
9.Oxidationoftoluenestobenzoicacidsbyoxygeninnon-acidicsolvents,Tetrahedron,2004,60,1225.
10.Anunprecedentedrhodium-catalysedself-conjugatereduction,cross-couplingtandemreactionofcinnamaldehydeswitharylboronicacids, Chem.Commun .,2004,1192-1193.
11.AnefficientprocedureforprotectionofcarbonylsinBronstedacidicionicliquidBF4,TetrahedronLett.,2004,45(25),4963.
12.Immobiliz ationofHX:XasHalogenatingAgent ,RecyclableCatalystandMediumforConversionofAlcoholstoAlkylHalides,Chin.J.Chem.,2004,22,619.
13.HomocouplingofArylIodidesCatalyzedbyCyclopalladatedComplexesofTertiaryArylamines,Chin.J.Chem.,2004,22(5),419.
14.BronstedAcidicIonicLiquid1-MethylimidazoliumTetraflu oroborate:AGreenCatalystandRecyclableMediumforEsterification ,GreenChemistry,2003,5,38.
15.Rhodium-catalyzedHeck-typereactionofarylboronicacidswitha,b-unsatura tedesters:tuningb-hydrogeneliminationvs.hydrolysisofalkylrhodiumspecies , Chem.Commun .,2003,2438.
16.Cross-couplingofarylboronicacidswithterminalalkynesinair,TetrahedronLett.,2003,44,8709–8711.
17.Developinganionicmediumforligandless-palladium-catalysedSuzukiandHeckcouplings,J. Mol.CatalysisA :Chemical,2003,206,193-198.
18.Synthesis,BiochemicalPropertiesandMolecularModellingStudiesofOrganometallicSpecificEstrogenReceptorModulators(SERMs),theFerrocifensandHydroxyfe rrocifens:EvidenceforanAntiproliferativeEffectofHydroxyferrocifensonbothHormone-DependentandHormone-IndependentBreastCancerCellLines , Chem.Eur .J.2003,9,5223-5236.
19.Heptadecafluorooctanesulfonicacidcatalyzedreactionsofmethylenecyclopropanesonaromaticamines,sulfonamidesandalcoholsinsupercriticalcarbondioxide,GreenChem.,2003,5,85-88.
Tang Jie