Clinical Data
Poster 988 - EffectiveNess of V-Go WeArable Insulin Delivery for Basal-BoLus ThErapy (ENABLE) Study: A Multicenter Retrospective Real World Evaluation in Type 2 Diabetes.

The first ENABLE Study poster evaluated the clinical benefits in patients with type 2 diabetes who switched from using insulin pens and syringes to deliver their insulin regimen with V-Go for insulin delivery. The 283 patient, retrospective study demonstrated clinically and statistically significant reductions in A1C by over 1% (a measure of blood glucose control), and insulin total daily dose (TDD) at three and seven months. The percent of patients at high risk (A1C > 9%) was reduced by nearly 50% after switching to V-Go. In addition, over 50% of all patients in the study achieved an A1C less than 8%.
“We categorize patients with an A1C above 9.0% as high risk since they are more likely to have long-term complications that impact health care costs. The significant reduction in A1C and the achievement in A1C goals after switching to V-Go in the ENABLE study has important implications for treating diabetes. By improving glycemic control, our hope is to reduce rates of complications as well as decrease health care cost, which is a priority for all healthcare systems.” said lead author and endocrinologist Ripu Hundal, M.D., of First State Endocrinology in Newark, Delaware.
After three and seven months of V-Go use, significant reductions were observed in both A1C (-1.01 and -1.04; p<0.0001) and TDD (-17 U/day and -14 U/day; p<0.0001).
Poster 989 - Achievement of Glycemic Targets when Switching from Basal-Bolus Therapy to V-Go for Insulin Delivery in Type 2 Diabetes.
The second analysis from the ENABLE study confirmed V-Go provided a clinical benefit in a patient population poorly controlled on conventional basal-bolus therapy delivered by multiple daily injections (MDI) using insulin pens and syringes.  
The analysis in 186 patients with type 2 diabetes demonstrated lowering of A1C by -1.0 at three months which was sustained at seven months and statistically significant with a P<0.0001. Insulin TDD was reduced by 30% (84 U/day to 59 U/day) with V-Go use. To determine if TDD was a factor in the change in A1C, patients were separated into three approximately equal groups based on baseline TDD (< 60 U/day [mean of 46 U/day], 60 to 90 U/day [mean of 72 U/day], or > 90 U/day [mean of 134 U/day]). Results demonstrated statistically significant A1C reductions across all TDD groups of -1.0, -0.8, -1.2, respectively, each with a P<0.001.  
Poster 990 - Clinical Outcomes with V-Go in Type 2 Diabetes based on Duration of Diabetes.
The third ENABLE study poster evaluated the impact of duration of diabetes on change in A1C and insulin TDD when switching patients with type 2 diabetes from insulin delivery via insulin pen or syringe to V-Go. Patients with known duration of diabetes were stratified into five groups based on duration of diabetes (years).  Clinically and statistically significant reductions in A1C from baseline at both three and seven-month intervals were observed in all five duration of diabetes strata. All strata also benefited from reductions in TDD with the exception of the duration stratum with the lowest baseline TDD (15 to 20 years), which maintained similar dosing on V-Go compared to baseline.