162931-95-5

Upstream product

• 22654-30-4 trans-chloro(methoxycarbonyl)bis(triphenylphosphine)platinum(II) 
• 2923-28-6 silver trifluoromethanesulfonate 
• 162931-97-7 trans-(Ph₃P)2Pt(CO₂CH₃)(OH) 
• 162931-96-6 trans-(Ph₃P)2Pt(CO₂CH₃)(OCH₃) 

Downstream Products

• 162932-00-5 trans-[(Ph₃P)2Pt(CO)(OTf)]OTf 
• 162931-96-6 trans-(Ph₃P)2Pt(CO₂CH₃)(OCH₃) 
• 162931-98-8 trans-[(Ph₃P)2Pt(CO₂CH₃)(CO)]OTf 
• 34053-60-6 trans-[(Ph₃P)2Pt(CO₂CH₃)(CO)][BF₄] 
• 162931-97-7 trans-(Ph₃P)2Pt(CO₂CH₃)(OH) 
• 22654-30-4 trans-chloro(methoxycarbonyl)bis(triphenylphosphine)platinum(II) 

Relevant academic research and scientific papers

Synthesis and characterization of bifunctional trans-(Ph3P)2Pt(CO2Me)(X) complexes

A series of trans-(Ph3P)2Pt(X)(Y) complexes (X = CO2Me or CO; Y = Co2Me, CO, OMe, OTf) has been prepared in order to determine the compatibility of electrophilic (CO, CO2Me) and nucleophilic (OH, OMe) ligands in the same platinum coordination sphere.Dealkoxylation of CO2Me complexes by trimethylsilyl triflate affords the corresponding cationic carbonyl derivatives, and represents a potentially useful metalloester deprotection method for controlling the formation of dimetalloester linkages.The crystal structure of BF4 has been determined, and reveals an unusual distortion of the P-Pt-P angle perpendicular to the square planar coordination geometry.Attempted condensation reactions between trans-(Ph3P)2Pt(CO2Me)(CO)+ and trans-(Ph3P)2Pt(CO2Me)(OH) did not yield a dimetalloester condensation product, presumably due to the steric bulk of the ancillary Ph3P ligands. Keywords: Platinum; Metallocarboxylates; Hydroxide; Alkoxide; Carbonyl