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C12H14N2, M= 186.26 g .mol-1, CAS: 25364-44-7
C15H20N2, M= 228.34 g.mol-1, CAS: 25364-47-0
C27H37BrN2O, M= 485.51 g.mol-1, CAS: 2676172-20-4
C21H25BrN2O, M= 401.35 g.mol-1, CAS: 3032953-24-2
C27H36Br2N2O, M= 564.41 g.mol-1, CAS: 3032953-26-4
C33H48Br2N2O, M= 648.57 g.mol-1, CAS: 2766447-28-1
C25H36N2, M= 364.58 g.mol-1, CAS: 581776-24-1
C19H24N2, M= 280.42 g.mol-1, CAS: 75105-48-5
C28H39BrN2O, M= 499.54 g.mol-1, CAS: 2676172-22-6
C46H75IN2O, M= 799.02 g.mol-1, CAS: 3032953-47-9
C36H47IN2O, M= 650.69 g.mol-1, CAS: 3032953-69-5
C36H47IN2O, M= 650.69 g.mol-1, CAS: 3032953-55-9
C36H46I2N2O, M= 776.59 g.mol-1, CAS: 3032953-58-2
C39H59IN2O4Si, M= 750.88 g.mol-1, CAS: 3032953-66-2
C31H41IN2O, M= 584.59 g.mol-1, CAS: 3032953-63-9
C35H54IN2O4P, M= 724.71 g.mol-1, CAS: 3032953-61-7
C34H43ClN2, M= 515.18 g.mol-1, CAS: 3032953-84-4
C360H440I8N16O24, M= 6390.80 g.mol-1, CAS: 2676928-30-4
C376H472I8N16O24, M= 6615.24 g.mol-1, CAS: 2770427-00-2
C368H456I8N16O24, M= 6503.02 g.mol-1, CAS: 2676928-84-8
C240H232O16P8, M= 3620.27 g.mol-1, CAS: 2225872-18-2
C10H10N2PdCl2, M= 335.52 g.mol-1, CAS: 14872-20-9
Precursor of palladium complexes
C18H18Pd2Cl2, M= 518.08 g.mol-1, CAS: 12131-44-1
C400H472N24O24Pd8Cl8I8, M= 8150.52 g.mol-1, CAS: 2767563-33-5
Suzuki coupling with very bulky substrates
C432H504Pd8I8N16O24, M= 8171.47 g.mol-1, CAS: 2676929-10-3
Buchwald coupling
C400H472N24O24Pd8Cl16, M= 7418.88 g.mol-1, CAS: 2767563-35-7
Suzuki coupling with challenging aryl halides
C440H520N16O24Pd8Cl8, M= 7552.05 g.mol-1, CAS: 2676934-90-8
Buchwald coupling with challenging amines
C44H62N2O4PPdI, M= 947.29 g.mol-1, CAS: 3032953-77-5
Easy grafting on metal oxides for applications in batch or flow processes
C45H55N2OPdI, M= 873.27 g.mol-1, CAS: 3032953-49-1
C-C and C-N couplings at low catalyst loading
C45H55N2OPdCl, M= 781.82 g.mol-1, CAS: 3032953-51-5
C39H47N3PdCl2, M= 735.15 g.mol-1, CAS: 3032953-73-1
C-C couplings with challenging substrates at very low catalyst loading
C43H51N2PdCl, M= 737.77 g.mol-1, CAS: 3032953-75-3
C-N couplings with challenging substrates at very low catalyst loading
C38H48N4PdCl2, M= 738.15 g.mol-1
C-H activation at low catalyst loading
C304H328Cl8O16P8Rh8, M= 5592.59 g.mol-1, CAS: 2225985-84-0
Hydrogenation
C70H60O10, M= 1061.24 g.mol-1, CAS: 1258932-98-7
C84H72O12, M= 1273.49 g.mol-1, CAS: 327154-31-4
C98H84O14, M= 1485.74 g.mol-1, CAS: 1258932-95-4
C112H96O16, M= 1697.98 g.mol-1, CAS: 193743-53-2
C60H84Cl4O4, M= 1011.13 g.mol-1, CAS: 2622208-65-3
C136H136Cl8O16, CAS: M= 2310.17 g.mol-1, CAS: 1005158-96-2
C144H152Cl8O16, M= 2422.38 g.mol-1, CAS: 2223113-36-6
C136H136N24O16, M= 2362.75 g.mol-1, CAS: 3032953-27-5
C168H216O40P8, M= 3256.23 g.mol-1, CAS: 3032953-29-7
C160H176O24S8, M= 2739.62 g.mol-1, CAS: 3032953-31-1
C160H192O16S8, M= 2627.76 g.mol-1, CAS: 3032953-33-3
C144H160O16S8, M= 2403.33 g.mol-1, CAS: 3032953-35-5
C136H144O24, M= 2162.62 g.mol-1, CAS: 3032953-37-7
C144H144O32, M= 2386.70 g.mol-1, CAS: 193743-57-6
C128H104K8O32, M= 2466.99 g.mol-1, CAS: 3032953-40-2
C136H128O16, M= 2018.50 g.mol-1, CAS: 3032953-79-7
C136H112O16, M= 2002.38 g.mol-1, CAS: 3032953-81-1
C88H105Cl8O16, M= 1701.38 g.mol-1, CAS: 2247907-08-8
C112H168O40P8, M= 2402.33 g.mol-1, CAS: 3032953-42-4
C256H456O40P8, M= 4422.21 g.mol-1, CAS: 3033034-52-2
C312H568O136P8, M= 6743.63 g.mol-1
C42H24O12, M= 720.64 g.mol-1, CAS: 128223-44-9
C49H28O14, M= 840.75 g.mol-1, CAS: 3032953-44-6
C56H32O16, M= 960.86 g.mol-1, CAS: 2622208-66-4