A GLP-1 agonist fused to albumin — half-life extension by protein engineering rather than a fatty-acid chain.
Also known as: Tanzeum · Eperzan
Part of the Metabolic & GLP-1 peptides cluster
Overview
Albiglutide is a GLP-1 receptor agonist created by genetically fusing two modified GLP-1 sequences to human serum albumin, giving it a long half-life suited to once-weekly dosing. Approved as Tanzeum and Eperzan in 2014, it was later withdrawn from the market for commercial reasons and is now a historical case study.
Source & context
Biological / chemical source: Recombinant fusion of two GLP-1 dimers to human serum albumin
Primary research or clinical context: Previously approved (EU and United States); withdrawn from the market for commercial reasons
Half-life by albumin fusion
Rather than attaching a fatty-acid side chain like semaglutide, albiglutide fuses its GLP-1 sequence directly to albumin — the most abundant, long-lived protein in blood. The GLP-1 portion is also modified for DPP-4 resistance. This makes it a distinct illustration of the fusion-protein approach to extending peptide half-life.
Approval and withdrawal
Albiglutide was an approved prescription medicine before its manufacturer withdrew it from the global market for economic reasons, with supplies depleted by 2018. It is described here as a regulated, now-discontinued product for educational context only, not as an available treatment.
FAQ about Albiglutide
What is Albiglutide?+
Albiglutide is a GLP-1 receptor agonist created by genetically fusing two modified GLP-1 sequences to human serum albumin, giving it a long half-life suited to once-weekly dosing. Approved as Tanzeum and Eperzan in 2014, it was later withdrawn from the market for commercial reasons and is now a historical case study.
Is Albiglutide an approved medicine?+
Albiglutide: Previously approved (EU and United States); withdrawn from the market for commercial reasons. Always follow licensed medical guidance for approved products.
What is the typical length of Albiglutide?+
Albiglutide is not a classic amino-acid chain peptide in the same sense; see the profile for classification details.

