Covalently bridged insulin dimers
AssigneeAventis Pharma Deutschland GmbH
InventorsDietrich Brandenburg, Chantalle Havenith
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AssigneeAventis Pharma Deutschland GmbH
InventorsDietrich Brandenburg, Chantalle Havenith
Estimating the term…
The invention provides an analogue of a pharmaceutical active whose molecular weight is less than 25,000 Daltons, the analogue comprising a pharmaceutical active whose molecular weight is less than 25,000 Daltons covalently linked to a pendant molecular group wherein as a result of the administration of the composition to the human or animal body an active complex having a molecular weight of 25,000 Daltons or greater is present in the human or animal circulatory system. The analogue is hepatoselective when administered to the circulatory system. Preferably the analogue is an insulin analogue comprising an insulin or functional equivalent thereof covalently linked to the pendant molecular group wherein the active complex is an insulin complex. Such an insulin analogue may be used in a method of insulin replacement therapy.
An insulin analogue consisting of two identical or different insulin monomers covalently linked together via a bridge, where the insulin monomers are selected from a group comprising human insulin, animal insulins and derivatives of human insulin and animal insulins, and where at least one derivative of human insulin or of an animal insulin is present in an insulin analogue;
B1,B1-Sub—[SarB26]-des-(B27-B30)-insulin-B26-amide insulin dimer.
B1,B1-Sub—[D—AlaB26]-des-(B27-B30)-insulin-B26-amide insulin dimer.
B1,B1-Sub—[GluB26]-des-(B27-B30)-insulin-B26-amide insulin dimer.
Dependencies are inferred from the claim text.