Glucommander Outpatient, A Cloud-Based Insulin Management Solution, Titrated Patients to Goal in 11 Days and Sustained a 2.6% Drop in HBA1C Over 6 Months

Glucommander Outpatient, A Cloud-Based Insulin Management Solution, Titrated Patients to Goal in 11 Days and Sustained a 2.6% Drop in HBA1C Over 6 Months

Presentation

International Conference on Advanced Technologies & Treatments for Diabetes

Date

February 2017

Authors

Bruce Bode,1 John Clarke1

BACKGROUND

Treatment of diabetes with multiple daily injections (MDI), using a regimen of long-acting basal and rapid-acting bolus insulins, is widely accepted treatment; however, in the past MDI has been a complex and difficult treatment plan for providers to administer and for patients to follow. Glucommander is therapy management software intended to assist providers with insulin dose titration. It is a commercially available, cloud-based software solution that analyzes patient glucose data and calculates individualized insulin dose recommendations.

METHODS

The study was comprised of 42 patients who failed other therapies. The patient mix included both type 1 and type 2 diabetes. All patients had HbA1c measurements at the start of treatment and again at 3 and 6 months. The study was a paired before-and-after design. All insulin dose adjustments were calculated and recommended by Glucommander. Glucose data was collected using the Telcare, connected blood glucose meter, which was able to provide near real-time data in a secure cloud environment. Adjusted insulin doses from Glucommander were provided to a healthcare professional and then electronically sent to the patient.

RESULTS

During treatment with Glucommander, HbA1c decreased from a baseline average of 10.2% to 7.7% at 3 months and 7.6% at 6 months. The baseline-to-final HbA1c decrease shows a P<0.00001 by paired T-test. Hypoglycemia was infrequent throughout (see table). Out of 25,940 BGs, the average number of BG tests per day was 2.9 during the first 3 months and 1.9 during the final 3 months. The median time for patients to achieve three consecutive days with their average daily BGs < 10 mmol/l (180 mg/Dl) was 11 days. As a backup check the mean BG was tested also; it declined from 14.8 to 9.2 mmol/l with P<0.00001. This drop is free from Regression-Toward-the-Mean.

CONCLUSION

The sustained use of Glucommander is effective and easy for providers. It was associated with few instances of hypoglycemia. Prospective randomized clinical trials are ongoing to compare the safety, efficacy and cost of Glucommander versus other outpatient diabetes management methods. Diabetes therapy management software that provides personalized patient recommendations can substantively improve clinical outcomes and assist providers in getting more patients to goal.

Affiliations

  1. Atlanta Diabetes Associates, Atlanta, Georgia.
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