A general method for the functionalization of Si-Cl terminated carbosilane dendritic molecules via organolithium or organomagnesium reagents is described. Quantitative exchange of the bromine atoms of 4-bromophenyl-functionalized dendrimers affords polylithiated species that are valuable starting materials for further functionalization, e.g., into pyridyl alcohols. The latter were successfully applied as catalyst precursors in a ruthenium-mediated ring-closure metathesis reaction
Treatment of the allyl-containing compounds Me2Si(CH2CH[double bond, length as m-dash]CH2)2 and MeSi...
“Click” chemistry based on thiol–ene synthetic protocols has been used to successfully bifunctionali...
The new organosilane 4-triallysilyphenol (1) can be synthesised in high yield via two routes using e...
Carbosilane dendrimers can be used as soluble supports for organic synthesis, since their structure ...
A new methodology, which is compatible with the use of reactive organometallic reagents, has been de...
A carbosilane dendrimer with 12 peripheral iodoarene groups, Si{(CH2)3{Si(CH2)3O2C(C6H4I-4)}3}4 (G1-...
A carbosilane dendrimer with 12 peripheral iodoarene groups, Si{(CH2)3{Si(CH2)3O2C(C6H4I-4)}3}4 (G1-...
Dendrimers are a rich and appealing field of polymer chemistry. Organic polymerization form dendriti...
Organophosphine-functionalised carbosilane (CS) dendrimers (5, 6) can be synthesised in high yield. ...
The use of carbosilane based dendrimers as molecular scaffolds for the attachment of organomettallic...
Modular synthesis significantly extends the potential to use dendritic structures in numerous fields...
Ligand design in metal chemistry is a fundamental step when pursuing compounds with specific reactiv...
Ligand design in metal chemistry is a fundamental step when pursuing compounds with specific reactiv...
Poly(alkyl aryl ether) dendrimers were functionalized with bromophenyl groups at their peripheries, ...
A carbosilane dendrimer with 12 peripheral iodoarene groups, [Si{(CH2)3Si((CH2)3SiMe2(C6H4CH2OC6H4I-...
Treatment of the allyl-containing compounds Me2Si(CH2CH[double bond, length as m-dash]CH2)2 and MeSi...
“Click” chemistry based on thiol–ene synthetic protocols has been used to successfully bifunctionali...
The new organosilane 4-triallysilyphenol (1) can be synthesised in high yield via two routes using e...
Carbosilane dendrimers can be used as soluble supports for organic synthesis, since their structure ...
A new methodology, which is compatible with the use of reactive organometallic reagents, has been de...
A carbosilane dendrimer with 12 peripheral iodoarene groups, Si{(CH2)3{Si(CH2)3O2C(C6H4I-4)}3}4 (G1-...
A carbosilane dendrimer with 12 peripheral iodoarene groups, Si{(CH2)3{Si(CH2)3O2C(C6H4I-4)}3}4 (G1-...
Dendrimers are a rich and appealing field of polymer chemistry. Organic polymerization form dendriti...
Organophosphine-functionalised carbosilane (CS) dendrimers (5, 6) can be synthesised in high yield. ...
The use of carbosilane based dendrimers as molecular scaffolds for the attachment of organomettallic...
Modular synthesis significantly extends the potential to use dendritic structures in numerous fields...
Ligand design in metal chemistry is a fundamental step when pursuing compounds with specific reactiv...
Ligand design in metal chemistry is a fundamental step when pursuing compounds with specific reactiv...
Poly(alkyl aryl ether) dendrimers were functionalized with bromophenyl groups at their peripheries, ...
A carbosilane dendrimer with 12 peripheral iodoarene groups, [Si{(CH2)3Si((CH2)3SiMe2(C6H4CH2OC6H4I-...
Treatment of the allyl-containing compounds Me2Si(CH2CH[double bond, length as m-dash]CH2)2 and MeSi...
“Click” chemistry based on thiol–ene synthetic protocols has been used to successfully bifunctionali...
The new organosilane 4-triallysilyphenol (1) can be synthesised in high yield via two routes using e...