Antibacterials, synthesized

B-Methoxydiisopinocampheylborane (Ipc 2 BOMe) is an organoborane compound, which is prepared from excess &#945-pinene, borane dimethylsulfide, and methanol via the formation of an intermediate diisocampheylborane. Ipc 2 BOMe is used as a versatile

B-Methoxydiisopinocampheylborane (Ipc 2 BOMe) is an organoborane compound, which is prepared from excess &#945-pinene, borane dimethylsulfide, and methanol via the formation of an intermediate diisocampheylborane. Ipc 2 BOMe is used as a versatile

Reactant involved in organic synthesis reactions such as: · Double allylboration for synthesis of fragments of tetrafibricin1 · Anticancer cytotoxic monorhizopodin synthesis2 · Annulation of cyclic allylsilanes3 · Asymmetric synthesis of

Reactant involved in organic synthesis reactions such as: · Double allylboration for synthesis of fragments of tetrafibricin1 · Anticancer cytotoxic monorhizopodin synthesis2 · Annulation of cyclic allylsilanes3 · Asymmetric synthesis of

Reactant involved in organic synthesis reactions such as: · Double allylboration for synthesis of fragments of tetrafibricin1 · Anticancer cytotoxic monorhizopodin synthesis2 · Annulation of cyclic allylsilanes3 · Asymmetric synthesis of

DescriptionGleason Chiral AuxiliaryThis chiral lactam auxiliary has been successfully employed in the stereocontrolled synthesis of all carbon quaternary centers. The unique methodology developed by Gleason allows for the creation of either antipode

Application Valuable synthon for quinoline antibacterials.

Valuable synthon for quinoline antibacterials.

Valuable synthon for quinoline antibacterials.

Valuable synthon for quinoline antibacterials.

Valuable synthon for quinoline antibacterials.

Valuable synthon for quinoline antibacterials.