November 13, 2018

Study by Riverside Medical Center Shows Reductions in Length of Stay and Hypoglycemia with Glytec’s Insulin Optimization Solution

Presented at the 18th Annual Diabetes Technology Meeting, the study found that patients treated using Glytec’s solution had 73.2% less hypoglycemia and no bounce backs once transferred from a CCU to a general ward.

With a shifting reimbursement landscape and acuity on the rise for hospitalized patients, the need to minimize length of stay and increase throughput in critical care units is a priority for health systems nationwide. A study conducted by Riverside Medical Center of Kankakee, Illinois, the flagship facility of Riverside Healthcare and the area’s only Magnet® recognized institution, found that by using Glytec’s eGlycemic Management System® (eGMS®), patients admitted to critical care units were transferred to general wards .25 days sooner and there were no “bounce backs,” or returns from general wards to critical care units. The study, presented at the 18th Annual Diabetes Technology Meeting, also found that severe hypoglycemia among patients in critical care units was 73.2% lower when using eGMS®.

March 10, 2017

Taking Insulin e-Therapy to Heart

Cardiovascular (CVD) patients receiving personalized insulin therapy using a software-based hyperglycemia management program had dramatically fewer hospital readmissions than those given standard care, according to two studies from Mountain States Health Alliance health care system.

The retrospective studies focused on readmission rates for three patient populations admitted for CVD indications between January and December 2015. The results showed that compared with patients treated with standard care, coronary artery bypass graft patients were readmitted 68% less often with the software program; congestive heart failure patients were readmitted 65% less often; and acute myocardial infarction patients were readmitted 36% less often, the investigators reported at the 2016 Annual Diabetes Technology Meeting.

December 20, 2016

Digital Insulin Management Cuts Hospital Readmissions for CV Patients

The findings come as CMS targets cardiac procedures in both its hospital readmission reduction program and in a bundled payment model set to take effect July 1, 2017.

Glytec, which has FDA clearance for a cloud-based system to manage insulin dosing, selected MSHA as a research site for its electronic glucose management system, or eGMS. According to the studies Parsons and Mumpower presented in November at the Diabetes Technology Meeting showcase, eGMS produced sharp drops in readmission rates in 3 areas of cardiac care.

November 14, 2016

Dramatic Readmission Reductions for CABG, CHF and AMI Attributed to Glytec’s eGlycemic Management System

Two studies presented at the 16th Annual Diabetes Technology Meeting showcase readmission reductions as high as 68% with Glytec’s solution.

Two new studies presented at last week’s Diabetes Technology Meeting further validate the ability of Glytec’s eGlycemic Management System® (eGMS®) to achieve dramatic readmission reductions for patient populations at the center of new at-risk and value-based reimbursement models, including the CMS Hospital Readmission Reduction Program (HRRP) and impending bundled payment for coronary artery bypass graft surgery (CABG).

May 7, 2015

Studies Provide Additional Validation of the Benefits of Automated Glucose Management for Both IV and SubQ Insulin Dosing

Wide range of studies further demonstrates significant impact in the emergency department, hospital and outpatient settings.

Glytec, the pioneer and leader in providing innovative, FDA-cleared glucose management software solutions central to effective diabetes management, today announced that several abstracts featuring the company’s eGlycemic Management Solution® (eGMS®) have been selected as poster presentations at the International Hospital Diabetes Meeting (IHDM), taking place from May 8-9th in San Francisco. Hosted by the Diabetes Technology Society, the fifth annual IHDM conference will showcase the optimal use of future and current technologies for people with diabetes in both critical and non-critical care settings.