Project 170340

Elucidation of novel mechanisms of glucagon action

170340

Elucidation of novel mechanisms of glucagon action

$737,930
Project Information
Study Type: Trial Randomized_Controlled_Trial
Therapeutic Area: Geriatrics
Research Theme: Biomedical
Disease Area: advance care planning and decisional capacity
Data Type: Canadian
Institution & Funding
Principal Investigator(s): Drucker, Daniel J
Institution: Lunenfeld-Tanenbaum Research Institute (Toronto)
CIHR Institute: Nutrition, Metabolism and Diabetes
Program: Operating Grant
Peer Review Committee: Metabolism
Competition Year: 2008
Term: 5 yrs 0 mth
Abstract Summary

Glucagon is a hormone secreted from the pancreas that together with insulin, controls levels of blood sugar through actions on the liver. Excess glucagon action in diabetic subjects underlies the inappropriate increase in blood glucose observed in diabetic subjects-hencing reducing glucagon action is a major goal for development of new agents to treat type 2 diabetes. The proposed studies analyze the consequences of attenuating glucagon action in mice with genetic disruption of the glucagon receptor. The Results of these studies are expected to extend our knowledge about how glucagon works, and to inform us about the likely safety and efficacy of new drugs used to block glucagon action for the treatment of diabetes.

Research Characteristics

This project includes the following research characteristics:

Health Technology Assessment
Resource Utilization
Implementation Science
Policy Evaluation
Health System Integration
Scalability Assessment
Barrier Identification
Patient Reported Outcomes
Real World Evidence
Patient Engagement
Community Based
Ethics Focus
Consent Innovation
Comorbidity Focus
Social Determinants
Health Equity
Knowledge Translation Focus
Equity Considerations
Quality of Life
Composite Endpoint
Vulnerable Populations
Personalized Medicine
Study Justification

"evaluate the effectiveness of advance planning intervention for healthcare and research decisions among older adults"

Novelty Statement

"first study to assess efficacy of multimodal advance planning intervention for both healthcare and research decisions"

Methodology Innovation

combined healthcare and research advance planning intervention

Keywords
Intestine Pancreas Peptide Hormones Receptors