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Meeting report

First published 2010-11

Stabilized Glucagon Formulation for Bihormonal Pump Use

Solomon S. Steiner, Ming Li, Robert Hauser [...]

Journal of Diabetes Science and Technology

Free access

Research article

First published 2014-10-28

Development of Stable Liquid Glucagon Formulations for Use in Artificial Pancreas

Roderike Pohl, Ming Li, Alan Krasner [...]

Journal of Diabetes Science and Technology

Free access

Meeting report

First published 2010-11

Efficacy Determinants of Subcutaneous Microdose Glucagon during Closed-Loop Control

Steven J. Russell, Firas H. El-Khatib, David M. Nathan [...]

Journal of Diabetes Science and Technology

Retricted access

Research article

First published 2014-11

Biochemical Stabilization of Glucagon at Alkaline pH

Nicholas Caputo, Melanie A. Jackson, Jessica R. Castle [...]

Diabetes Technology & Therapeutics

Retricted access

Editorial

First published 2014-08

Closed-Loop System in the Management of Diabetes: Past,Present,and Future

Viral N. Shah, Aaron Shoskes, Beshoy Tawfik [...]

Diabetes Technology & Therapeutics

Retricted access

Research article

First published 2014-03

Feasibility of a Portable Bihormonal Closed-Loop System to Control Glucose Excursions at Home Under Free-Living Conditions for 48 Hours

Arianne C. van Bon, Yoeri M. Luijf, Rob Koebrugge [...]

Diabetes Technology & Therapeutics

Free access

Research article

First published 2014-9-24

A Novel,Stable,Aqueous Glucagon Formulation Using Ferulic Acid as an Excipient

Parkash A. Bakhtiani, Nicholas Caputo, Jessica R. Castle [...]

Journal of Diabetes Science and Technology

Search results

Stabilized Glucagon Formulation for Bihormonal Pump Use

Development of Stable Liquid Glucagon Formulations for Use in Artificial Pancreas

Efficacy Determinants of Subcutaneous Microdose Glucagon during Closed-Loop Control

Biochemical Stabilization of Glucagon at Alkaline pH

Closed-Loop System in the Management of Diabetes: Past,Present,and Future

Feasibility of a Portable Bihormonal Closed-Loop System to Control Glucose Excursions at Home Under Free-Living Conditions for 48 Hours

A Novel,Stable,Aqueous Glucagon Formulation Using Ferulic Acid as an Excipient