In this paper we described the fabrication, characterization and application of a new biopolymer (chitosan)-based pincer-type Pd(II) catalyst in Suzuki cross coupling reactions using a non-toxic, cheap, ecofriendly and practical method. The catalytic activity tests showed remarkable product yields as well as TON (19800) and TOF (330000) values with a small catalyst loading. In addition, the catalyst indicated good recyclability in the Suzuki C-C reaction. This biopolymer supported catalyst can be used with various catalyst systems due to its unique properties, such as being inert, green in nature, low cost and chemically durable
WOS: 000370529000025PubMed: 26917390The aim of this study was to develop a quick reaction that had h...
WOS: 000423670000080We fabricated a green chitosan/starch composite as support material for stabiliz...
WOS: 000401593400061In this study, a new heterogeneous palladium (II) catalyst that contains O-carbo...
WOS: 000394919100067In this paper we described the fabrication, characterization and application of ...
WOS: 000375109200003PubMed: 27106147The aim of this study is to analyze the synthesis of a new chito...
Substituted pyrazolyl derivatives were synthesized through Suzuki cross coupling of aromatic boronic...
WOS: 000380944500021PubMed: 27516263In green catalyst systems, both the catalyst and the technique s...
WOS: 000381593700002To be industrially feasible, and applicable in synthesis of fine chemicals, a ca...
WOS: 000381167800013In this study a new type chitosan-based support has been produced for Pd(II) cat...
WOS: 000461408000026PubMed: 30641193One of the most important problems in catalytic systems is metal...
Silk fibroin supported Pd (Pd/SF) has been prepared and used as catalyst in Suzuki–Miyaura cross-cou...
WOS: 000378366300026Synthesis of bio-macromolecular supported catalysts has gained much recent atten...
WOS: 000423670000081The designs of robust natural polymer based catalysts are important for catalyti...
WOS: 000418661000069PubMed: 29254012In this study, we designed a new palladium nanocatalyst on chito...
WOS: 000361258900007In this study, two new O-carboxymethyl chitosan Schiff bases supported Pd(II) ca...
WOS: 000370529000025PubMed: 26917390The aim of this study was to develop a quick reaction that had h...
WOS: 000423670000080We fabricated a green chitosan/starch composite as support material for stabiliz...
WOS: 000401593400061In this study, a new heterogeneous palladium (II) catalyst that contains O-carbo...
WOS: 000394919100067In this paper we described the fabrication, characterization and application of ...
WOS: 000375109200003PubMed: 27106147The aim of this study is to analyze the synthesis of a new chito...
Substituted pyrazolyl derivatives were synthesized through Suzuki cross coupling of aromatic boronic...
WOS: 000380944500021PubMed: 27516263In green catalyst systems, both the catalyst and the technique s...
WOS: 000381593700002To be industrially feasible, and applicable in synthesis of fine chemicals, a ca...
WOS: 000381167800013In this study a new type chitosan-based support has been produced for Pd(II) cat...
WOS: 000461408000026PubMed: 30641193One of the most important problems in catalytic systems is metal...
Silk fibroin supported Pd (Pd/SF) has been prepared and used as catalyst in Suzuki–Miyaura cross-cou...
WOS: 000378366300026Synthesis of bio-macromolecular supported catalysts has gained much recent atten...
WOS: 000423670000081The designs of robust natural polymer based catalysts are important for catalyti...
WOS: 000418661000069PubMed: 29254012In this study, we designed a new palladium nanocatalyst on chito...
WOS: 000361258900007In this study, two new O-carboxymethyl chitosan Schiff bases supported Pd(II) ca...
WOS: 000370529000025PubMed: 26917390The aim of this study was to develop a quick reaction that had h...
WOS: 000423670000080We fabricated a green chitosan/starch composite as support material for stabiliz...
WOS: 000401593400061In this study, a new heterogeneous palladium (II) catalyst that contains O-carbo...